As a leading company in RAID storage solutions, HighPoint Technologies, Inc. develops and manufactures connectivity solutions for professional and industrial clients. 7604 learn more Test Drive 7604 learn more Test Drive 7604 learn more Test Drive 7604 learn more Test Drive 7604 learn more Test Drive NEWS Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Video Title Describe your video here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Video Title Describe your video here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Video Title Describe your video here Image Title Describe your image here Image Title Describe your image here Image Title Describe your image here Video Title Describe your video here Shifting the Storage Paradigm: Why Out-of-Band BMC Architecture is Non-Negotiable for Next-Gen NVMe-oF Pools HighPoint Launches the Rocket 7602L: The Industry’s Premier Bootable Dual-Port PCIe Gen5 M.2 AIC for Workstations and Edge Servers Bypassing the Pre-Boot Wall: Why Native Motherboard M.2 Slots Can't Handle Redundant OS RAID HighPoint Unveils Industry’s Most Comprehensive PCIe Gen5 P2P and GPU Direct Storage (GDS) Solution Portfolio for White-Box AI and Edge Infrastructure How to Decouple PCIe Gen5 Slots from Rigid Motherboard Layouts in Custom Enclosure The Strategic Importance of Metadata-on-Disk for Server Storage RAID Maintenance Stop Wrestling with "Dumb" JBODs: A Modern Blueprint for Deterministic NVMe-oF Scaling Unlocking Infrastructure Agility: The Synergy of BMC and Redfish API in Composable Disaggregated Infrastructure Shifting the Storage Paradigm: Why Out-of-Band BMC Architecture is Non-Negotiable for Next-Gen NVMe-oF Pools HighPoint Launches the Rocket 7602L: The Industry’s Premier Bootable Dual-Port PCIe Gen5 M.2 AIC for Workstations and Edge Servers Bypassing the Pre-Boot Wall: Why Native Motherboard M.2 Slots Can't Handle Redundant OS RAID HighPoint Unveils Industry’s Most Comprehensive PCIe Gen5 P2P and GPU Direct Storage (GDS) Solution Portfolio for White-Box AI and Edge Infrastructure How to Decouple PCIe Gen5 Slots from Rigid Motherboard Layouts in Custom Enclosure The Strategic Importance of Metadata-on-Disk for Server Storage RAID Maintenance Stop Wrestling with "Dumb" JBODs: A Modern Blueprint for Deterministic NVMe-oF Scaling Unlocking Infrastructure Agility: The Synergy of BMC and Redfish API in Composable Disaggregated Infrastructure Shifting the Storage Paradigm: Why Out-of-Band BMC Architecture is Non-Negotiable for Next-Gen NVMe-oF Pools HighPoint Launches the Rocket 7602L: The Industry’s Premier Bootable Dual-Port PCIe Gen5 M.2 AIC for Workstations and Edge Servers Bypassing the Pre-Boot Wall: Why Native Motherboard M.2 Slots Can't Handle Redundant OS RAID HighPoint Unveils Industry’s Most Comprehensive PCIe Gen5 P2P and GPU Direct Storage (GDS) Solution Portfolio for White-Box AI and Edge Infrastructure How to Decouple PCIe Gen5 Slots from Rigid Motherboard Layouts in Custom Enclosure The Strategic Importance of Metadata-on-Disk for Server Storage RAID Maintenance Stop Wrestling with "Dumb" JBODs: A Modern Blueprint for Deterministic NVMe-oF Scaling Unlocking Infrastructure Agility: The Synergy of BMC and Redfish API in Composable Disaggregated Infrastructure Shifting the Storage Paradigm: Why Out-of-Band BMC Architecture is Non-Negotiable for Next-Gen NVMe-oF Pools HighPoint Launches the Rocket 7602L: The Industry’s Premier Bootable Dual-Port PCIe Gen5 M.2 AIC for Workstations and Edge Servers Bypassing the Pre-Boot Wall: Why Native Motherboard M.2 Slots Can't Handle Redundant OS RAID HighPoint Unveils Industry’s Most Comprehensive PCIe Gen5 P2P and GPU Direct Storage (GDS) Solution Portfolio for White-Box AI and Edge Infrastructure How to Decouple PCIe Gen5 Slots from Rigid Motherboard Layouts in Custom Enclosure The Strategic Importance of Metadata-on-Disk for Server Storage RAID Maintenance Stop Wrestling with "Dumb" JBODs: A Modern Blueprint for Deterministic NVMe-oF Scaling Unlocking Infrastructure Agility: The Synergy of BMC and Redfish API in Composable Disaggregated Infrastructure Product Categories NVMe NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch AIC NVMe Switch Adapter NVMe Switch 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Storage Enclosure NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) NVMe AIC SSD (Workstation&Server) NVMe AIC SSD (Mac) SAS/SATA RAID SAS/SATA HBA USB Cable 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 12G SAS RAID 6G SAS RAID 6G SATA RAID 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G Storage Enclosure 6G Storage Enclosure 12G SAS HBA 6G SATA HBA USB 20G USB 10G USB 5G 12G SAS RAID 6G SAS RAID 6G SATA RAID 12G Storage Enclosure 6G Storage Enclosure NVMe SAS/SATA USB Communities Stay up to date with the latest information about HighPoint and our updates for the operating systems. 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Discover top PR pages at Highpoint, now Shi... (List). Explore local business insights and valuable content in Heading 2 Heading 2. Visit us! Sign Up to Become a Member Get notified when new products release Get notified when new support features release Get notified about any product promotions Receive special offers when you provide feedback and/or review your purchased product Sign In Register HighPoint offers a wide range of product documentation, technical guides, and articles that discuss our proprietary technology, extensive product portfolio, and storage industry expertise. If you have any questions about HighPoint's product & solutions, engineering and design services, or would just like to learn more about RAID & storage technology, You can find them here! Have questions? Want to provide feedback/suggestions? Drop us a line . HighPoint's Resources Online Knowledge Base FAQ Technical Articles Management Suites Introduction to RAID HighPoint RAID & Storage Technology HighPoint's Video Recent All Categories Play Video Play Video 01:23 Exploring HighPoint's Gen5 NVMe Switch & RAID AICs and Adapters Discover the cutting-edge features of HighPoint's Gen5 NVMe Switch & RAID AICs and Adapters. Dive into a world of advanced features, including LED indicators, audible alarms, and high-performance switching architecture. Join us as we explore the ultimate solution for your storage demands. Play Video Play Video 02:07 NVMe vs HDD: Boot RAID comparison on a workstation motherboard If you have any questions please email: sales@highpoint-tech.com HPT Website: https://www.highpoint-tech.com/USA_new/main.htm HPT Store: https://www.highpoint-tech.com/estore Facebook: https://www.facebook.com/Highpoint-Technologiesnvme-103047571560396 #NVMe #RAID Play Video Play Video 02:16 How to install a 2.5" or 3.5" HDD/ SSD in a HighPoint External Enclosure This video goes over how to add a 2.5" or 3.5" into the drive tray of any HighPoint external enclosure. In this video we specifically use the RS6628A. If you have any questions please email: sales@highpoint-tech.com HPT Website: https://www.highpoint-tech.com/USA_new/main.htm HPT Store: https://www.highpoint-tech.com/estore Facebook: https://www.facebook.com/Highpoint-Technologiesnvme-103047571560396 #NVMe #RAID Play Video Play Video 05:44 Announcing Linux Support for HighPoint's Thunderbolt 3 Products! If you have any questions please email: sales@highpoint-tech.com HPT Website: https://www.highpoint-tech.com/USA_new/main.htm HPT Store: https://www.highpoint-tech.com/estore Facebook: https://www.facebook.com/Highpoint-Technologiesnvme-103047571560396 #NVMe #RAID View All HighPoint's Blogs 1 2 3 4 5 View All News Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution Unlocking the Superior Storage Solution; Experience the Power of HighPoint’s SSD7749M2 16-Channel What is a Pro-Class NVMe AIC SSD? Keep NVMe Temperatures in Check with HighPoint’s Intelligent Throttling Alert System Intelligent Dual-Width PCIe Gen4 Hyper-Cooling Solution View All

Sep 2024 Download Introducing HighPoint’s NVMe Switch Gen5 & Gen4 x16 AIC and Adapter Series: Unleashing Native NVMe Connectivity for Modern Workstations and Servers September 2024, Fremont, CA – HighPoint PCIe Gen5 and Gen4 x16 NVMe Switch series AICs and Adapters leverage the power of Broadcom’s industry-leading PCIe Switch ICs to deliver unmatched speed, reliability and scalability for today’s performance hungry workstation and server environments. Natively supported by all modern Linux and Windows platforms, and capable of hosting up to 32 2.5” NVMe devices via Adapter or up to 8x M.2 SSDs via Add-in-Card (AIC), at speeds up to 60GB/s and 7.5 Million IOPS, HighPoint NVMe Switch solutions are capable of accommodating a wide range of data-intensive workflows. Industry Fastest and Most Reliable PCIe NVMe Switch Technology HighPoint NVMe Switch AICs and Adapters are powered by industry proven PCIe Switching architecture, which are engineered to maximize data throughput by minimizing latency and enhancing signal integrity. Rocket 1600 Series PCIe Gen5 x16 are equipped with Broadcom’s state-of-the-art PEX89048 switch IC. In a similar vein, Rocket 15xx series PCIe Gen4 x16 AICs and Adapters utilize Broadcom’s PEX88048 switch IC. Both series provide x48 lanes of internal bandwidth, and enable each AIC or Adapter to allocate x16 lanes of dedicated upstream bandwidth (to the host platform), and x4 lanes to each device port to ensure each hosted device performs optimally under the most challenging conditions. Native OS Compatibility for Seamless Integration HighPoint NVMe Switch AICs and Adapters are natively supported by all modern operating systems, including major Linux distributions such as RHEL, Ubuntu and Rocky Linux, Microsoft’s Windows Server, Hyper-V and Azure, FreeBSD/FreeNAS, VMware ESXi, and more. This ensures seamless deployment across a wide range of computing environments and largely eliminates the need for maintenance post installation. HighPoint Switch solutions are highly flexible by design, are ideal for environments that employ Software Defined Storage technology and other 3rd party storage management solutions, and can be easily tailored for specific use-cases and applications. Enterprise-Grade Flexibility and Performance for Data Center Environments HighPoint’s NVMe Switch Series AICs and Adapters are engineered to meet the rigorous demands of enterprise class applications, and are fully compliance with the advanced drive features provided by enterprise grade 2.5” NVMe SSDs. In addition to the standard 1x4 mode, which delivers maximum transfer speed, HighPoint NVMe Switch solutions support the 2x2 drive mode for enhanced workload distribution and bandwidth efficiency. The 2x2 mode splits the connection of a single NVMe SSD into two separate logical “paths”, each of which is assigned x2 PCIe lanes. The operating system will recognize each path as a distinct drive. Enterprise environments capable of utilizing this technology, such as a virtualization, AI/ML or analytics platform, will benefit from improved bandwidth allocation and performance, as tasks can be distributed across both paths simultaneously. Uncompromised Security for Edge Servers and Workstations, Powered By Broadcom PEX89000 Technology HighPoint's Gen5x16 NVMe Switch Architecture employs Broadcom's advanced Hardware Secure Boot technology to help fortify edge servers and workstations against the threat of malware or ransomware. Hardware Secure Boot rigorously validates the integrity of any code that attempts to run during the platform’s boot process in order to prevent the execution of unauthorized software. Why Choose HighPoint NVMe Switch Solutions? HighPoint NVMe Switch AICs and Adapters are ideal storage solutions for any business or organization that requires maximized transfer performance, superior scalability and seamless compatibility with any x86 platform. Designed for professional servers and workstations, Rocket and SSD series NVMe Switch solutions deliver the transfer throughput, endurance and reliability for AI driven, data-intensive applications, and large-scale content workflows. Uncompromised Performance: HighPoint PCIe Switch Architecture, which incorporated Broadcom’s industry-leading PEX series Switch ICs, can maximize transfer throughput over x16 lanes of PCIe Gen5 or Gen4 bandwidth; up to 60GB/s and 28GB’s of real-world transfer performance, respectively. Sequential Read: Up to 60GB/s Sequential Write: Up to 55GB/s Random Read: Up to 7.5 million IOPS Random Write: Up to 7.0 million IOPS Superior Scalability: HighPoint Switch AICs and Adapters are available with up to 16 independent device ports, and can support as many as 32 NVMe Devices. Seamless Compatibility: Native OS Driver support streamlines installation and service workflows, and ensures seamless compatibility with all modern Linux and Windows based operating systems. Unmatched Flexibility: Switch AICs can directly support M.2 or E1.S SSDs. Switch Adapters can support 2.5” NVMe media, including U.2, U.3 and E3.S form factor SSDs. Customers can tailor each solution for specific use cases and performance or capacity needs, from high-speed data ingestion to large-scale server storage and asset libraries. HighPoint NVMe Switch Series Product Lines NVMe Switch AICs: Gen5 x16 Rocket 1608A: 8x Gen5 M.2 ports (Native NVMe Driver support only) Gen4 x16 SSD7749E: 8x Gen4 E1.S ports with optional HighPoint or Native NVMe Driver support SSD7749M2: 16x Gen4 M.2 ports with optional HighPoint or Native NVMe Driver support Rocket 1508: 8x Gen4 M.2 ports (Native NVMe Driver support only) NVMe Switch Adapters: Gen5 x16 Rocket 1628A: 4x MCIO supporting up to 8x 2.5” devices via cable or 32x 2.5” by backplane connectivity (Native NVMe Driver support only) Gen4 x16 Rocket1528D: 4x Gen4 SlimSAS (SFF-8654), supports up to 8x 2.5” devices via cable connectivity (Native NVMe Driver support only) About HighPoint Technologies, Inc. HighPoint Technologies stands at the forefront of storage innovation as the industry's -premier manufacturer of high-performance, high-density NVMe Switch and RAID AIC & Adapter solutions for off-the-shelf x86 AMD and Intel platforms. With a rich history spanning nearly three decades, our dedication to delivering innovative, reliable, and high-performance storage solutions has consistently set us ahead in the marketplace. HighPoint’s NVMe storage solutions are powered by industry-proven PCIe Switching technology, and are designed to address the dynamic requirements of AI/ML/LLM applications, Data Centers, Edge Servers, and high-performance workstations, enabling customers to keep pace with today’s rapidly evolving technology landscape.

The RocketStor 6661A Thunderbolt™ 3 to PCIe 3.0 x16 expansion chassis can connect Ethernet, external storage/RAID controller, and more. RocketStor 6661A Thunderbolt™ 3 40Gb/s Ports / Daisy Chain support for up to 6 devices Dual Ultra-Quiet, High-Efficiency Cooling Fans Easily install nearly any full-height/full-length PCIe 3.0 card (Storage I/O, Networking, Video, Sound) Versatile Storage & Connectivity Expansion; NVMe RAID Drives, USB/eSATA/Mini-SAS connectivity Specifications Documentation Gallery Reseller&Distribtors Buy NOW！ Ultra-Compact & Portable Thunderbolt™ 3 PCIe Expansion Chassis - transform your notebook into a compact media workstation! The RocketStor 6661A allows you to quickly add any PCIe x4, x8 or x16 card to your Thunderbolt™ 3 capable computing platform; such as media capture, Ethernet, Fibre Channel, or external Storage/RAID controller cards. Like it's processor, The lightweight, small-footprint design is ideal for compact workstations and mobile computing platforms such as iMacs, MacBook's Pros and Razor notebooks. At just 7 inches tall, and less than 3 inches wide, the RocketStor 6661A is small enough to pack into a laptop bag, yet is capable of supporting full-sized PCIe 3.0 add-in cards. PCIe devices, such as networking, video and hardware RAID cards can generate a great deal of waste heat during heavy I/O; an efficient, reliable, cooling system is an essential component of any PCIe expansion solution. The RocketStor 6661A was designed to accommodate performance intensive applications. The ventilated, all-aluminum chassis and dual cooling fans keep temperatures in check during high-stress workloads. Efficient Chassis Design keeps temperatures in check during Heavy Workloads Simple Plug and Play Installation The RocketStor 6661A can be easily added to any Thunderbolt™ 3 capable Mac & PC platform via a single cable connection. Quick release thumbscrews and a slidable chassis cover make adding or removing PCIe cards a snap! Specifications Feature Specifications Host Ports 2x Thunderbolt™ 3 Ports Daisy Chain Supports Daisy Chain connections of up to six Thunderbolt™ devices (Note, the Daisy Chain will end if connected to a USB or Display device via USB-C) TB3 Technology Daisy Chain up to 6 devices Bi-directional, dual-protocol (PCI Express and DisplayPort) 8 lanes of DisplayPort 1.2 supports dual 4K displays or one 5K display Power delivery 15W to bus-powered devices Backward compatible to Thunderbolt™ 2 devices USB-C ports compatible with existing USB devices via USB-C cable, support up to USB 3.1 10Gb/s speed System Requirements Computer with a USB-C port (Thunderbolt™ 3) Computer with a Thunderbolt 2 port (via Thunderbolt™ 3 to Thunderbolt™ 2 Adapter) Documentation Datasheet Download Quick Installation Guide Download Gallery FAQ Q1: Can I use the RS6661A to provide power to my Mac system? Q2: When using HighPoint products, do you need to set the SATA Model in the motherboard BIOS to RAID Mode?

The HighPoint RocketAIC E1.S NVMe Storage AIC Family has emerged as a powerful alternative to the Samsung PM1735, delivering greater storage density, enhanced flexibility, and enterprise-grade RAID capabilities. Feb 2025 Download HighPoint NVMe E1.S AICs vs. Samsung PM1735: A Comparative Analysis of Performance, Scalability, and Enterprise Flexibility As AI/ML, High-Performance Computing (HPC), and data-driven enterprise applications continue to push the boundaries of storage performance, density, and efficiency , enterprises must carefully select storage solutions that offer both high-speed, low-latency performance and long-term scalability . The HighPoint RocketAIC E1.S NVMe Storage AIC Family has emerged as a powerful alternative to the Samsung PM1735 , delivering greater storage density, enhanced flexibility, and enterprise-grade RAID capabilities . Unlike the Samsung PM1735 , which is a standalone PCIe Gen4 NVMe SSD , HighPoint’s RocketAIC solutions support up to 8x E1.S drives, providing an impressive 61.44TB of scalable storage —offering flexibility for RAID-based redundancy, software-defined storage (SDS), and enterprise-class reliability . Key Commonalities Both solutions cater to PCIe 4.0 enterprise storage infrastructure designed to accommodate AI, ML, HPC, and high-speed data processing: ✔ PCIe-based acceleration for low-latency, high-throughput computing ✔ Compact PCIe AIC form factors for seamless integration into standard server architectures ✔ Enterprise-class reliability, endurance, and 24/7 availability Feature Samsung PM1735 HighPoint RocketAIC 7749EW HighPoint Rocket 1749E Host Interface PCIe 4.0 (x8) PCIe 4.0 (x16) PCIe 4.0 (x16) Architecture Support x86 Intel/AMD x86 Intel/AMD, ARM x86 Intel/AMD, ARM Form Factor PCIe AIC (Single-Width) PCIe AIC (Dual-Width) PCIe AIC (Dual-Width) Target Applications Data Centers, Enterprise Servers, Performance-Driven Workloads AI/ML, Enterprise RAID Storage, HPC, Data Analytics Enterprise NVMe Storage, Software-Defined Storage Key Differences: Storage Density, Performance, and Scalability While both solutions are high-performance PCIe NVMe storage options , HighPoint’s RocketAIC 7749EW and Rocket 1749E offer higher scalability, greater flexibility, and RAID integration, making them more adaptable to enterprise and cloud workloads. Feature Samsung PM1735 HighPoint RocketAIC 7749EW HighPoint Rocket 1749E Architecture Standalone PCIe Gen4 NVMe SSD PCIe Gen4 NVMe RAID AIC PCIe Gen4 NVMe Switch AIC Storage Configuration Integrated NAND SSD Configured with 8x Kioxia XD7P E1.S SSDs Unconfigured (8x E1.S slots) Capacity Up to 12.8TB Up to 61.44TB Up to 61.44TB (Customer-Defined) Performance 6,400K IOPS (Read), 3,800K IOPS (Write) Up to 6 Million IOPS, Up to 32GB/s Up to 6 Million IOPS, Up to 32GB/s RAID Support Non-RAID (single SSD) RAID 0, 1, 10 Supports 3rd-party SDS Cooling & Thermal Management Integrated heatsink Advanced dual-wide cooling system with per-SSD health monitoring Advanced dual-wide cooling system Use Case Low-latency standalone SSD for AI/ML, HPC, and virtualization Enterprise RAID storage for scalability, redundancy, and performance tuning Enterprise NVMe storage for scalability & SDS compatibility Choosing the Right Solution: Performance vs. Scalability Samsung PM1735: ✔ Best for applications that require ultra-fast single-drive storage where low latency and high IOPS are essential ✔ Ideal for AI, ML, and HPC applications that do not require RAID or multi-drive scalability ✔ Compact, single-width PCIe AIC form factor makes it easy to deploy in space-constrained systems HighPoint RocketAIC 7749EW: ✔ Enterprise-class RAID-enabled NVMe storage with up to 61.44TB per PCIe slot ✔ RAID 0, 1, 10 support enhances redundancy, fault tolerance, and speed optimization ✔ Ideal for hyperscale data centers, AI model training, and real-time analytics HighPoint Rocket 1749E: ✔ Flexible, non-RAID NVMe storage; supports up to 8x industry-standard E1.S SSDs ✔ Seamless integration with third-party SDS solutions, enabling advanced data management features ✔ Plug-and-play functionality with native OS support and zero software installation requirements Why Enterprises Choose HighPoint RocketAIC NVMe Solutions While Samsung’s PM1735 is an excellent standalone PCIe SSD, HighPoint’s RocketAIC series provide superior flexibility, capacity, and enterprise-grade integration, making it ideal for scalable AI, HPC, and cloud storage architectures. Key Advantages of HighPoint RocketAIC Over Samsung PM1735 ✔ Scalable Storage Density – 61.44TB per PCIe slot vs. 12.8TB (Samsung PM1735) ✔ RAID & Fault Tolerance – RAID 0, 1, 10 for redundancy & performance optimization ✔ Software-Defined Storage Ready – Rocket 1749E is natively compatible with enterprise SDS platforms ✔ Flexible Drive Compatibility – Supports E1.S SSDs from KIOXIA, Solidigm, Micron, and more ✔ Advanced Thermal Management – Dual-wide cooling system with per-SSD health monitoring For businesses seeking high-density, RAID-powered, or SDS-integrated storage solutions, HighPoint’s RocketAIC NVMe family is the optimal choice. Final Verdict: Future-Proof Your NVMe Storage Infrastructure As enterprises transition to PCIe Gen4 & Gen5 NVMe storage, selecting the right solution depends on whether single-drive performance or RAID-based scalability takes priority. ✔ For compact, ultra-fast single-drive NVMe storage: Choose Samsung PM1735 ✔ For high-performance, RAID-enabled NVMe storage: Choose HighPoint RocketAIC 7749EW ✔ For flexible, software-defined NVMe storage expansion: Choose HighPoint Rocket 1749E With PCIe Gen4/Gen5 adoption accelerating, HighPoint’s RocketAIC series offers unmatched scalability, performance, and reliability for next-generation AI, ML, and enterprise storage infrastructures. Discover HighPoint’s RocketAIC E1.S NVMe solutions at HighPoint-tech.com RocketAIC 7749EW: https://www.highpoint-tech.com/rocketaic/ra7749ew Rocket 1749E: https://www.highpoint-tech.com/nvme-switch-aic/gen4/rocket-1749e About HighPoint Technologies, Inc. HighPoint Technologies stands at the forefront of storage innovation as the industry's -premier manufacturer of high-performance, high-density NVMe Switch and RAID AIC & Adapter solutions for off-the-shelf x86 AMD/Intel and ARM platforms. With a rich history spanning nearly three decades, our dedication to delivering innovative, reliable, and high-performance storage solutions has consistently set us ahead in the marketplace. HighPoint’s NVMe storage solutions are powered by industry-proven PCIe Switching technology, and are designed to address the dynamic requirements of AI/ML/LLM applications, Data Centers, Edge Servers, and high-performance workstations, enabling customers to keep pace with today’s rapidly evolving technology landscape.

Discover how HighPoint's NVMe Switch AIC and NVMe Switch Adapter utilize cutting-edge PCIe Switch Technology to maximize SSD performance. HighPoint NVMe Solutions Leverage Industry Leading PCIe Switch Technology to unleash the full potential of NVMe Storage HighPoint’s high-performance, highly-scalable PCIe Switch Technology resides within the core of each and every one of our PCIe Gen5 (5.0) and Gen4 (4.0) NVMe storage solutions. The innovative hardware architecture incorporates Broadcom’s PEX series ICs, and enables our Gen5 and Gen4 product lines to maximize x16 lanes of bus bandwidth and directly support up to 8 devices, or as many as 32 of storage via backplane connectivity. The ICs provide each solution with x48 internal lanes; x16 lanes of dedicated bandwidth to the upstream port (connection to the host platform), and x32 lanes of downstream bandwidth to the device ports. The downstream bandwidth allocation is configurable, depending on the number of hosted devices and active workload. HighPoint’s unique High-Performance PCIe Switching Architecture resides in the heart of each NVMe AIC, Adapter and Enclosure Solution HighPoint NVMe product lines are more than simple SSD connectivity solutions. They have been engineered to unleash the full potential of the storage medium by maximizing data transfer speeds, minimizing latency and facilitating consistent, reliable I/O throughput. All of this is made possible with by our particular implementation of PCIe Switching technology. HighPoint NVMe solutions are designed to operate independently; they are capable of utilizing all available PCIe lanes, and distributing that bandwidth to where it is needed most. In other words, our Switch Architecture is capable of self-bifurcation; it requires zero resource management from the motherboard side of the equation. All it needs to work its magic is a free PCIe 5.0 or 4.0 x16 slot. Synthetic Hierarchy; Direct Resource Allocation & Hot-Swap/Hot-Plug Capability HighPoint PCIe Switching Architecture employs a technique known as a “Synthetic Hierarchy” to isolate the host system’s operating system from any events triggered by PCIe topology changes (physical changes). Synthetic Hierarchy facilitates a more efficient interaction between the host CPU and PCIe switch. This provides two key advantages; firstly, the ability of the solution to directly manage resource allocation to the downstream PCIe channels. Secondly, it enables the solution to provide true Hot-Swap /Hot-Plug capability. Importantly, these advantages are present for both product lines; our NVMe RAID and NVMe Switch Adapters and Gen4 External NVMe RAID Enclosures. Scale up to 32 Devices and over 980TB of Storage! While each solution has a fixed number of device ports and device channels, these values do not necessarily reflect the total number of NVMe devices each solution can host. Our PCIe Gen5 Switching architecture, which is utilized by Rocket series NVMe Switch Adapters, is capable of being programmed to support as many as 32 U.2, U.3 or E3.S NVMe SSDs via backplane connectivity. This feature enables customers to tailor solutions for workflows that favor raw storage capacity over transfer speed; that’s translates into nearly 2 Petabytes of potential storage capacity! When operating in this mode, the adapter will allocate x1 lanes of Gen5 bandwidth to each device. How the Architecture Works To explain how the architecture works and distributes PCIe resources, we’ve created a diagram of the Rocket 1608A PCIe Gen5 NVMe Switch AIC. Each solution incorporates a Broadcom PEX Switch IC, to minimize latency, optimize transfer stability, and provide x48 lanes of internal bandwidth, which the can distributed to the upstream and downstream ports Positioned near the center of the PCB is the 48-Lane PEX IC (Point “A” ). As notated above (Point “B” ), the Gen5 PCIe Switching architecture ensures x16 lanes of dedicated bandwidth is allocated to the upstream port; the PCIe connection to the motherboard. The remaining 32 lanes are equally distributed to all eight device channels; this means x4 dedicated lanes of Gen5 bandwidth are available for each SSD! The architecture enables HighPoint Gen5 NVMe solutions to deliver up to 64GB/s of transfer bandwidth and up to 60GB/s of real-world transfer performance from a single PCIe Gen5 x16 slot, even if positioned furthest away from the CPU! The same is true for Gen4 product lines; up to 32GB/s of transfer bandwidth, and 28GB/s sustained transfer speed, all from a single Gen4 x16 slot! The advantage of PCIe Switching Technology is More than Skin Deep PCIe Switch technology can enhance and streamline storage performance in a variety of ways; it’s not simply about maximize raw transfer speeds. HighPoint’s game-changing High-Performance PCIe Switching Architecture has been engineered to maximize the efficiency, responsiveness and integrity of NVMe storage configurations. Highly Configurable & Scalable Storage Solutions: As discussed previously, the integrated PEX Switch IC enables our NVMe Solutions, specifically Rocket 7600 and 1600 series NVMe Adapters, to scale device support up to 32 individual NVMe SSDs (2.5” U.2/U.3 or E3.S form factors). The architecture is capable of dynamically distributing bus bandwidth as needed, to ensure hosted storage devices keep pace with the target application and workflow. For example, if the adapter has been configured to support 32 devices, the PCIe switch will reshuffle the bifurcation setting from x4 lanes to x1 lanes per NVMe device. The technology also enables our M.2 solutions to support up to 8 of today’s densest M.2 SSDs, and directly host up to 64TB of storage capacity. Superior Signal Integrity: Attaining peak performance is impressive, but ultimately useless if upstream and downstream bandwidth cannot be reliably sustained. HighPoint’s PCB design and PCIe Switching Architecture were engineered to maintain consistent transfer rates by maximizing signal integrity between each downstream (endpoint) device and the NVMe solution’s upstream connection with the host platform’s PCIe root complex. This provides multiple benefits; not only does this improve and stabilize transfer rates, it significantly reduces the risk of transmission errors and minimizes latency (more on this below). Minimizes Latency: HighPoint’s PCIe Switch architecture was engineered to minimize latency during data transmission. Latency is the enemy of sustained transfer performance; it can interrupt the smooth transmission of data from NVMe storage media to the host platform, resulting in inconsistent transfer rates and reduced response time. Lowering latency is essential for maintaining the high-speed performance characteristics of NVMe storage in environments where multiple SSDs are hosted by a single PCIe device. Efficient Data Routing: Storage solutions equipped with PCIe switches, such as HighPoint’s Gen5 and Gen4 NVMe product lines, intelligently route data between the host CPU and PCIe devices (SSDs in this case) to ensure available bandwidth is utilized efficiently. They do not need to rely on the host CPU to send data from one hosted device to another – the PCIe switch can handle this directly. This can significantly reduce latency and CPU overhead. Performance Isolation: Hosted devices are capable of operating independently. HighPoint Gen5 and Gen4 NVMe solutions directly manage the flow of data between all hosted devices to ensure that heavy I/O on one SSD will not adversely affect the performance of another. Maximizes Compatibility and Interoperability: NVMe solutions with integrated PCIe Switching technology can be used with any industry standard x86 platforms, and are especially useful for PCIe Gen5 capable systems. HighPoint’s PCIe Switching Architecture enables our NVMe solutions to fully utilize and distribute x16 lanes host bandwidth, even in cases where a PCIe slot may be handicapped to maintain compatibility with standard PCIe devices. For example, some Gen5 motherboards may only provide Gen5 bandwidth to slots physically closest to the CPU (those typically used to host GPUs). This issue leads to our next topic – the importance of PCIe Switch technology for Gen5 storage media. The importance of PCIe Switch Technology for Gen5 Applications Unsurprisingly, modern Gen5 server and workstation platforms offer plenty of PCIe lanes; often 5 or more Gen5 capable x16 slots, directly connected to the host Intel or AMD CPU. However, not all PCIe devices can take advantage of these plentiful resources. Though the technology offers twice the bandwidth of Gen4 (a whopping 64GB/s), standard Gen5 devices are more sensitive to signal degradation, and may automatically downgrade to Gen4 in order to stabilize a connection or rate of transfer. Slots furthest away from the CPU may exacerbate this issue, as longer pathways raise the likelihood of interference. As a result, some platforms will only provide a set number of PCIe slots guaranteed to deliver x16 lanes of Gen5 bandwidth for standard PCIe devices. This is the key reason why some generic PCIe Gen5 NVMe AICs (add-in-card) are unable to deliver Gen5 transfer rates if not installed into these choice PCIe slots; those closest to the host CPU, and most often reserved for the system’s GPUs. And to compound this issue, systems that utilize desktop class CPU’s may limit direct to CPU lane count to a maximum of 28. As a result, NVMe AICs that rely on CPU bifurcation may suffer further bottlenecks, and limited to a single x16 or two x8 connections. This will effectively cut performance potential by half; the equivalent of using only two SSDs! In contrast, a PCIe Switch NVMe AIC manages PCIe resources internally, and can distribute available bandwidth effectively across all hosted devices. This enables such devices to deliver Gen5 performance regardless of which Gen5 capable slot it is paired with. This is HighPoint has made PCIe Switching architecture a key component of every one of our Gen5 storage solutions. HighPoint PCIe Gen5 NVMe Switch architecture was designed to addresses potential performance and stability bottlenecks by internally managing available PCIe resources. Not only has the PCB design of Rocket 7600 and 1600 series AICs and Adapters been engineered to maintain robust signal integrity, the integration of dedicated PCIe switching hardware all but eliminates these risks. HighPoint’s implementation ensures all x16 lanes of Gen5 host bandwidth are fully utilized, and dynamically distributed to where it is needed most. HighPoint Gen5 and Gen4 NVMe Product Families Rocket 1600 Series PCIe Gen5 NVMe Switch AICs & Adapters Rocket 1500 Series PCIe Gen 4 NVMe Switch AICs & Adapters Rocket 1528D 2nd Generation PCIe Gen4 NVMe Switch Adapter Rocket 7600 Series PCIe Gen5 NVMe RAID AICs & Adapters Rocket 7500 Series PCIe Gen4 NVMe RAID AICs & Adapters Rocket 7528D 2nd Generation PCIe Gen4 NVMe RAID Adapter SSD7500 Series PCIe Gen4 NVMe RAID AICs & Adapters RocketAIC 7700 Series PCIe Gen4 NVMe AIC SSDs SSD6780A PCIe Gen4 Ext. NVMe RAID Enclosure

About HighPoint: Your CDI Hardware Provider Three Decades of Innovation: Leading the Evolution of Storage and PCIe Connectivity Founded in 1995, HighPoint Technologies has consistently defined the cutting edge of high-speed device integration. Our journey began with pioneering the industry's first ATA66 controllers and has evolved through every major storage and interconnect milestone—from SAS/SATA and USB to high-density NVMe and specialized PCIe expansion solutions. Today, we are leveraging thirty years of engineering heritage to architect the next era of the data center: Composable Disaggregated Infrastructure (CDI). Our Technology Focus HighPoint designs and manufactures the industry’s most advanced hardware for high-performance storage and PCIe connectivity . We specialize in the "Active Fabric" that allows modern enterprises to decouple resources and scale with surgical precision. Active Fabric Architecture: We develop intelligent hardware based on Gen5 & Gen6 Switching, NVMe-oF Connectivity, Retimer, and CopprLink™ technology . Our solutions ensure maximum signal integrity and ultra-low latency, bridging the physical gap between host servers and disaggregated resource pools. Specialized PCIe Connectivity: We provide reliable PCIe switching and retimer adapters, AICs, and enclosures, designed to maintain peak performance for Gen5 and Gen6 components across various modular form factors NVMe Storage Leadership: From single-slot AICs to 24-bay rackmount platforms, we provide the densest and fastest storage hardware for the most demanding AI and enterprise workloads. Our Core Value Proposition Expertise in High-Speed Bus Integration HighPoint’s core strength lies in the sophisticated integration of industry-leading high-speed bus technologies. By expertly leveraging Active PCIe Switching, NVMe-oF over RoCE & TCP, CopprLink™ , and advanced Retimer architectures, we develop high-speed boards, enclosures, and modular CDI rackmounts that define the cutting edge of data throughput. Our engineering focus is on ensuring these complex technologies work harmoniously to deliver the full potential of Gen5 and Gen6 bandwidth across both local and networked fabrics. An Active Hardware Engineering Approach HighPoint utilizes a sophisticated engineering approach that prioritizes signal integrity and architectural flexibility at the physical layer. By integrating Active Retimer and CopprLink™ technology , we overcome the signal degradation and "down-training" risks inherent in standard passive connectivity. This active management ensures that Gen5 and Gen6 data streams maintain maximum throughput over the distances required for modern rack-scale disaggregation. Advanced PCIe Switching & Lane Management Through the integration of proven PCIe Switching technology and an Intelligent Firmware Layer , we provide capabilities that extend the functionality of high-speed interconnects. Our solutions enable in-depth PCIe lane configuration and comprehensive support for enterprise and Data Center class NVMe devices. This advanced management capability ensures that Gen5 and Gen6 resources remain stable and perform optimally, even in complex multi-host or disaggregated environments. Comprehensive Deployment Enablement We recognize that every industrial and data center environment presents unique architectural challenges. To ensure the successful integration of our high-speed platforms, HighPoint provides a comprehensive ecosystem of specialized accessories. From precision-engineered cables and bridge cards to active adapters, we provide the essential components that enable customers to successfully deploy expansion enclosures and CDI rackmounts into any server layout or custom system environment. Open & Orchestration-Ready We believe in a future without vendor lock-in. HighPoint hardware is designed to serve as the high-performance physical foundation for leading software-defined storage (SDS) and orchestration platforms. By providing robust management APIs, we enable customers to deploy their preferred software environments seamlessly on our "orchestration-ready" hardware, ensuring a flexible and future-proof data center strategy. The Path to Disaggregation As we expand into Modular Rackmount CDI platforms , HighPoint remains committed to its founding principle: Maximizing the potential of Storage and PCIe connectivity technology . We invite Data Center architects and AI/HPC innovators to build their future on the stability and speed of HighPoint hardware. HighPoint: Your Partner for Composable Disaggregated Infrastructure. HighPoint Product Milestones 1997-2000 2000 2001 2002 2003 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 Controller IC & Software Solutions Licenses Bus Master Device Driver for Intel’s Pentium Chipset Licenses CD/DVD-ROM Software to SONY, Hitachi, NEC, Mitsubishi, Sanyo, LG Introduces HPT366 – The industry’s first ATA66 embedded ATA66 controller. This chipset is adopted by leading motherboard vendors including ABIT, I will, and ECS. Well over a million HPT366 are sold, establishing HighPoint as a major player in the PC storage market. Controller IC & Software Solutions HighPoint launches its first RocketRAID host adapter, the RocketRAID 100. Highpoint launches the HPT37x IDE/ATA RAID controllers – these chipsets are integrated into a variety of storage products by major motherboard manufacturers and leading PC vendors including HP, Sun Microsystems, Apple, and Adaptec. HighPoint develops a RAID interface and driver suite for Adaptec ATA RAID host adapters, which integrate the HPT370A. Controller IC & Software Solutions HighPoint launches its first RAID5 host adapter, the RocketRAID 454 (IDE/ATA133) SAS/SATA HighPoint Launches the Industry’s first 2 and 4-port SATA RAID HBA’s; the RocketRAID 1520 and RocketRAID 1540. Major storage manufacturers, such as Hitachi, adopt HighPoint SATA controller to qualify their products, and test them in the field. Controller IC & Software Solutions Google adopts the RocketRAID 404 for the launch of its G-Mail project HighPoint launches the industry’s first 4-port RAID ATA133 RAID HBA, the RocketRAID 404. This card supports up to 8 hard disks, introducing sever-level storage capability, at an affordable price point – ideal for web hosting firms, small businesses, and the home and enthusiast market HighPoint launches its first ATA133 RAID HBA, the RocketRAID 133 HighPoint Launches the industry’s fastest ATA133 embedded controller IC, the HPT372, which is adopted by leading motherboard vendors, and integrated into a variety of motherboard products. SAS/SATA HighPoint launches the industry’s first affordable 8-port PCI-X RAID 5 card, the RocketRAID 1820A. The controller is hugely successful and is adopted by many solution providers for SMB server and workstation applications. SAS/SATA HighPoint releases the first PCI-X SATAII host adapter for Mac G5 platforms – the RocketRAID 2220 HighPoint launches the RocketRAID 2320 – the industry’s first 8-Port PCIe SAS RAID controller. SAS/SATA HighPoint launches the first SATAII external PCIe RAID host adapter – the 8-port Mini-SAS RocketRAID 2332 HighPoint launches Mac support for the RocketRAID 2300 series RAID controllers, and expands the series SAS/SATA Starting with the RocketRAID 3520, HighPoint hardware RAID controllers are imbedded into Linux kernel 2.6.25 HighPoint launches the first hardware RAID host adapter for Mac systems – the RocketRAID 3320 SAS/SATA HighPoint launches the RR4300 series SAS Hardware RAID controllers for PC and Mac Platforms SAS/SATA HighPoint unveils the industry’s first 6G SATA RAID 5 host adapters, the RR600 product family. Mac support is released for models with eSATA ports. HighPoint device drivers for external host adapters (RR62x, RR43xx) are integrated directly into OS X 10.6 Snow Leopard The RocketRAID eSATA for Mac is available direct from the Apple Store SAS/SATA HighPoint RR600 series are selected by WDC: 2-port SATA 6Gb/s (OEM Packaging) are bundled with their SATA 6Gb/s 3TB HDDs HighPoint launches the industry's lowest priced 6Gb/s SAS RAID 6 HBA; the RocketRAID 2720SGL, which is widely adopted by solution providers for a wide range of SMB server applications. Mac support is released for the RocketRAID 2700 series. HighPoint launches the industry's first 32-port 6Gb/s SAS RAID HBA; the RocketRAID 2782. USB HighPoint launches Industry's first 4-port USB 3.0 HBA with dedicated 5Gb/s per-port performance; the RocketU 1144A. HighPoint launches Industry's first Dual-Dedicated 5Gb/s USB 3.0 Storage Dock; the RocketStor 5122B. SAS/SATA HighPoint launches Industry's first Dual-Dedicated 6Gb/s eSATA Storage Dock; the RocketStor 5322. SAS/SATA HighPoint launches the industry's most cost-effective 6Gb/s hardware RAID HBA's; the RocketRAID 362x Series. HighPoint launches the industry's first 40-Port 6Gb/s HBA; the Rocket 750. HighPoint launches the industry's first 16-port 6Gb/s SATA Expansion Module - Quadruples the storage capacity of each external Mini-SAS port; the Rocket EJ 340. Thunderbolt HighPoint launches the industry's first Thunderbolt™ Powered Storage Dock; the RocketStor 5212. The dual drive bays supported both 2.5” and 3.5” HDDs and HDDs of any capacity. The drive-dock an immediate success, and represented the easiest way for early Thunderbolt devotees to fully utilize the new connectivity interface. SAS/SATA HighPoint introduces its revolutionary Cross-Sync Technology for SAS/SATA Series RocketRAID cards. Customers can now configure arrays between disks hosted by multiple controllers. USB HighPoint Launches the industry’s Fastest Dual-Bay USB 3.0 Drive Dock, the RocketStor 5422A HighPoint Launches the industry’s Most Affordable USB 3.0 1-Bay Storage Dock, the RocketStor 5411A Thunderbolt HighPoint Launches Ultra Slim Thunderbolt™ 2 PCIe Expansion Chassis for Mac Platforms HighPoint Unveils the RocketStor 6351A; the industry First Thunderbolt™ 2 I/O Dock, at IBC 2014, Hall 5 Stand 5.C11 HighPoint Unveils Industry's First Thunderbolt™ 2 Hardware RAID Adapter, the RocketStor 6328. The RocketStor 6328L/6324L SATA JBOD adapters soon follow. Thunderbolt HighPoint launches the RocketStor 6324U Adapter: 4-Independent USB3.0 Ports Maximize Thunderbolt™ 2 Bandwidth HighPoint Launches the RocketStor 5411D USB 3.0 Single-Bay SATA Drive Dock + All-in-one Connectivity Hub for Mac & PC platforms Thunderbolt HighPoint Launches RocketStor 6618x Series Thunderbolt™ 3 40Gb/s RAID Enclosures USB HighPoint Launches the Industry’s 1st 4-Bay USB 3.1 10Gb/s RAID 5 Storage Enclosure for Mac & PC platforms - the RocketStor 6114V Thunderbolt HighPoint Launches the RocketStor 6674T 16-Bay Thunderbolt™ 3 40Gb/s RAID5/6 Embedded Rackmount Solution HighPoint Launches 2nd Generation Thunderbolt™ 3 RAID Storage enclosures – the RocketStor 6628x Series NVMe HighPoint’s launches a groundbreaking new NVMe RAID storage solution for PCIe 3.0 platforms: the SSD7101A-1 PCIe 3.0 x16 4x M.2 NVMe RAID controller. The SSD7101A-1 represented a new paradigm for storage performance, enabling users to experience the power of a 20+ SAS/SATA drive RAID appliance in a compact solution no larger than a standard GPU! NVMe HighPoint Launches the SSD7102; a Rapid, Secure & Multi-Boot NVMe RAID Solution for Media Workstations HighPoint Now Shipping the industry’s first Hybrid NVMe / SAS RAID Controller with NVMe Boot Capability - the SSD7110 HighPoint unveils the SSD7120 4x Dedicated U.2 PCIe 3.0 x16 NVMe RAID Controller Thunderbolt HighPoint Unveils the RocketStor 6661A-xxx Series: Fast & Versatile Thunderbolt 3 I/O Storage and Connectivity Solutions for Mac & PC platforms USB HighPoint Launches the Industry's first 4-Bay USB 3.1 RAID 5 Enclosure to Deliver up to 1,000MB/s Performance - the RocketStor 6124V Thunderbolt HighPoint Launches the RocketStor 6661A-mSAS3, a portable, 8-Channel Thunderbolt™ 3 to 6Gb/s SAS/SATA Hardware RAID Solution for Mac & PC platforms HighPoint Launches the Industry’s Most Affordable Thunderbolt™ 2 & 3 Hardware RAID Storage Solution - the RocketStor 6314B NVMe HighPoint launches the SSD7103 - Versatile, Bootable NVMe RAID Storage upgrade for your Workstation or Server NVMe HighPoint Unveils the Industry’s 1st 8-Port M.2 NVMe PCIe 4.0 x16 RAID Controller; the SSD7540. Customers can now experience the Best of Both Worlds: Massive storage capacity with the 8x M.2 Ports and PCIe 4.0 x16 Transfer Performance! HighPoint Unveils the Industry fastest 4-Port NVMe RAID controller – the SSD7505 HighPoint launches HPC (High Port Count) NVMe RAID Controllers. The SSD7180 and SSD7184 maximize Write Performance for U.2 applications with 8 dedicated device ports and PCIe 3.0 x16 host connectivity. HighPoint launches the world’s first 8-Port M.2 NVMe RAID controller – the SSD7140 HighPoint launches a new line of Cost-effective 2 & 4x M.2 NVMe RAID solutions – SSD7200 series PCIe 3.0 x8 NVMe RAID Controllers. NVMe HighPoint launches compact, bootable, dual M.2 Port PCIe Gen4 RAID controller – the SSD7502 HighPoint Launches the NVMe Host RAID Solutions for VMware, Linux & Windows platforms – the SSD6200 series. Available with 2 or 4 independent M.2 ports, SSD6200 controllers feature host-RAID 0, 1, JBOD capability with native in-box driver support for all modern VM and operating system platforms HighPoint launches cost-effective, non-RAID NVMe HBA product line – the R1000 series USB HighPoint launches the RocketU 1411C; the industry’s most affordable USB 3.2 HBA with dedicated 20Gb/s connectivity HighPoint launches the RocketU 1488C; the industry’s first USB 3.2 HBA with 8 dedicated 20Gb/s device ports HighPoint launches the RocketU 1444C; the RocketU 1444C; a four port USB 3.2 HBA with 4x dedicated 20Gb/s USB Type-C ports. The RocketU 1400 series are the industry’s fastest USB 3.2 connectivity solutions, and feature dedicated 20Gb/s per-port performance architecture and PCIe 3.0 host interface. RocketU 1400 HBA’s were designed for High-Speed Data Acquisition & Capture Applications. HighPoint Launches the industry’s first 8-Port USB controllers, the RocketU 1388C/D, designed for industrial applications HighPoint unveils new line of USB HBA with dedicated 10Gb/s per-port performance architecture – the RocketU 1200 series NVMe HighPoint launches the industry’s fastest, most-versatile NVMe RAID controller – the SSD7580B. The 8-port PCIe 4.0 x16 controller is capable of supporting up to 8 U.2 or M.2 NVMe SSD’s, via a range of cabling options for SFF-8639, SFF-8643 and SFF-8611 connectivity, and is the industry’s first NVMe RAID solution to provide true Hot-Plug and Hot-Swap capability. USB HighPoint launches the RocketMate 110; a rugged, portable, pocket-sized external M.2 NVMe to 20G USB 3.2 enclosure designed for mobile professionals HighPoint Launches the RocketStor 3112D USB 3.2 10Gb/s drive dock, with dual-independent 3.5”/2.5” SATA drive bays 2023: Pioneering High-Density Enterprise NVMe RAID In 2023, HighPoint introduced a new class of high-density RAID solutions designed to maximize the performance of PCIe 4.0 x16 slots, specifically targeting professional media production and enterprise data centers. SSD7749E: The industry’s first PCIe 4.0 x16 8-Port E1.S NVMe RAID AIC. This milestone marked a shift toward enterprise-class E1.S storage, allowing for massive capacity and superior thermal management within a single workstation or server slot. SSD7749M: A specialized Dual-Width PCIe 4.0 x16 8-Port M.2 NVMe RAID AIC. By utilizing a dual-width cooling architecture, this AIC enabled the integration of eight high-performance M.2 SSDs via a single PCIe connection, delivering an optimized balance of extreme density and sustained throughput. 2024: The PCIe Gen5 Infrastructure Revolution In 2024, HighPoint solidified its leadership in the high-performance storage market by launching the industry’s first comprehensive ecosystem of PCIe Gen5 x16 NVMe connectivity and RAID solutions. Industry-First PCIe Gen5 x16 RAID Solutions: Engineered for professional workflows requiring uncompromised data integrity and speed, these solutions debuted as the world's first Gen5 x16 RAID platforms. Rocket 7628A: The industry’s first PCIe Gen5 x16 to 4-MCIOx8 NVMe RAID Adapter, supporting up to 32 drives via backplane connectivity. Rocket 7608A: The industry’s first PCIe Gen5 x16 to 8-M.2x4 NVMe RAID AIC, delivering a massive 64GB/s of transfer bandwidth for local high-density storage. Next-Generation PCIe Gen5 x16 Switching Architecture: Designed for maximum flexibility and massive storage expansion without the overhead of RAID, these switch adapters represent the pinnacle of Gen5 bus integration. Rocket 1628A: The industry’s first PCIe Gen5 x16 to 4-MCIOx8 NVMe Switch Adapter, optimized for enterprise-scale disaggregated storage. Rocket 1608A: The industry’s first PCIe Gen5 x16 to 8-M.2x4 NVMe Switch AIC, providing a high-performance "Plug-and-Play" expansion path for Gen5 workstations. Strategic Gen4 Performance Optimization: Continuing support for established data center standards, HighPoint released specialized Gen4 solutions focusing on connectivity density. Rocket 7528D: A high-port-count PCIe Gen4 x16 to 4-SlimSASx8 NVMe RAID Adapter for legacy-compatible enterprise servers. Rocket 1528D: A robust PCIe Gen4 x16 to 4-SlimSASx8 NVMe Switch Adapter, enabling reliable expansion for Gen4 infrastructure. 2025: Pioneers of PCIe Gen5 Connectivity In 2025, HighPoint set a new industry benchmark by launching the first wave of external PCIe Gen5 solutions, bridging the gap between high-performance workstations and external resource pools. Rocket 7638D: The industry’s first Hybrid PCIe Gen5 x16 CopprLink & MCIO Expansion Adapter, offering unprecedented flexibility for internal and external high-speed device integration. Rocket 7634D: The industry’s first dedicated External CopprLink™ to PCIe Gen5 x16 Fabric Adapter, enabling bit-perfect Gen5 signal transmission to external enclosures. RocketStor 8600 Series: The industry’s first External GPU & Accelerator Enclosures to deliver true, sustained Gen5 and Gen4 x16 performance, optimized for AI training and high-density compute workloads. 2026: Architecting the CDI Era HighPoint accelerated the transition to Composable Disaggregated Infrastructure (CDI) in 2026, focusing on modularity, active fabric architecture, and networked storage protocols. Next-Gen Connectivity Ecosystem: Launch of specialized External HICs, Adapters, and Bridge Cards that leverage PCI-SIG CopprLink™ and Active PCIe-Switching technology to enable modular system design. RocketStor 8631D: A dedicated External PCIe Gen5 x16 eGPU/Accelerator Chassis designed for high-performance AI inference and professional media rendering. RocketStor 4243AS: HighPoint’s flagship Disaggregated Hardware Storage Platform, supporting NVMe-oF over TCP and RoCE for flexible, low-latency networked storage pools. Rocket 1604L: A high-performance Retimer AIC Solution specifically engineered to maintain signal integrity for M.2 AI Accelerators and high-density NVMe SSDs. Decades of OS Development Expertise HighPoint's extensive experience with Windows, Linux and Mac-based operating systems has culminated in a diverse array of certified device drivers, encompassing the entirety of our NVMe, Thunderbolt™, USB, and SAS/SATA product lines. Our commitment to quality is reflected in our rigorous testing methodology, ensuring that our drivers remain compliant with official OS updates and future releases. This meticulous approach reflects our dedication to meeting the diverse needs of our customers in an ever-evolving technological landscape. Proven RAID & Storage Technology HighPoint has long been at the forefront of the storage industry. For over 20 years, our industry-leading RAID IP has continually evolved to keep pace with the rapid advancements of storage technology and ensure HighPoint RAID products and solutions maximize storage performance, reliability and accessibility for host Server and Workstation environments. Solutions powered by HighPoint RAID technology are available for a wide range of storage interfaces, hardware platforms and operating systems. Our Core RAID Technology is comprised of the following: Our Proven NVMe and SAS/SATA RAID Engines enable each RAID AIC, Adapter or Enclosure to support up to four independent RAID arrays. RAID series product lines utilize unique HighPoint device drivers, which are developed for all Windows platforms, macOS and specific Linux distributions such as RHEL, Ubuntu and Rocky Linux. Our Storage Monitoring, Management & Analysis Suite works conjunction with our RAID products series, and was developed to streamline the deployment and service of storage assets, and simplify administration at both the OS level and pre-OS environments with a selection of intuitive toolsets. Robust features such as Hot-Plug & Hot-Swap capability, RAID expansion and migration, RAID roaming, bootable RAID volumes and multi-RAID device support provide unprecedented flexibility and control over hosted disks and arrays. In addition to our Core RAID technology, we offer a selection of Advanced features & Solutions designed to maximize the reliability and endurance of RAID storage configurations, such as our SafeStorage Data Encryption solution, and Advanced Environmental Monitoring , which logs and tracks the temperature, electrical characteristics and operational status of hosted storage hardware. Customization Services for Project Customers: We offer a range of hardware and software engineering services for Solution Providers and VARs looking to incorporate HighPoint RAID technology and hardware into unique product or solution. In addition, we can develop unique driver packages and management interfaces for specific operating systems and Linux Distributions. Contact Us HighPoint Technologies, Inc. 41650 Christy Street Fremont, CA, 94538 U.S.A. Office Hours: 9:00AM to 6:00PM (PST) Phone: 408-942-5800 General Inquiries: GeneralSales@highpoint-tech.com HighPoint newsletters Learn More >

HighPoint, Graid Technology, and Sandisk announce a breakthrough Gen5 parity storage benchmark, delivering up to 56.7GB/s and 3.7M IOPS for AI, HPC, and data-intensive workloads. Dec 2025 Download HighPoint and Graid Technology Announce Breakthrough Gen5 Parity Storage Benchmark for AI, HPC, and Data-Intensive Workloads Fremont, CA – December 2025 – HighPoint Technologies, Inc., a leader in PCIe storage and connectivity solutions, has announced the successful completion of a landmark performance benchmark in collaboration with Graid Technology, the pioneer of GPU-accelerated RAID and creators of SupremeRAID™, and Sandisk, a leading provider of enterprise-class NVMe SSDs. This joint project showcases a single-slot Gen5 parity storage solution that delivers unprecedented performance metrics, affirming the feasibility of ultra-fast, high-capacity, and secure storage for the most demanding applications, including Machine Learning, Deep Learning, High-Performance Computing (HPC), Media & Entertainment, and Data Center Storage. Benchmark Performance Highlights The solution delivered sustained top-tier Gen5x16 I/O performance: Unified, High-Performance Architecture The project was built around HighPoint’s Rocket 7638D, which was deployed to serve as a centralized PCIe Gen5 switching hub. The adapter’s PCIe Switching technology and unique port configuration – an external CDFP/CopprLink port and dual internal MCIO 8i ports – provided a robust and flexible hardware foundation, proving that massive capacity and performance can be consolidated into a minimalist, single-slot footprint. HighPoint Rocket 7638D – The Centralized Gen5 Switching Hub The adapter’s innovative design and 48-Lane PCIe Switching Architecture served as the core fabric , providing: A dedicated Gen5 x16 upstream link to the host platform A dedicated Gen5 x16 downstream data path to the SupremeRAID™ engine’s dedicated GPU via the external CDFP/CopprLink port Direct pathway to 16× Sandisk SN861 U.2 NVMe SSDs via the two MCIO 8i ports and a UBM backplane HighPoint deployed a customized UBM firmware configuration for the Rocket 7638D, which enabled the 16 Sandisk NVMe SSDs to operate as a unified, high-bandwidth storage array with full PCIe Gen5 signal integrity. SupremeRAID™ GPU-Accelerated RAID – Mass Storage and Data Redundancy at Full Gen5 Speeds SupremeRAID™’s GPU-accelerated RAID engine utilized a dedicated GPU installed into a Rocket 8631C enclosure, connected through the Rocket 7638D’s external CDFP/CopprLink x16 port. Graid’s proven technology provided: Full RAID-6 parity offload with near-zero CPU overhead Full utilization of all 16 7.68TB SANDISK® SN861 NVMe SSDs via a direct Gen5 x16 PCIe pathway Ultra-low latency peer-to-peer performance essential for AI and HPC pipelines This single-slot PCIe Gen5 GPU direct RAID storage solution addressed three critical industry demands simultaneously: ultra-fast performance, massive storage capacity (up to 16x NVMe devices), and critical data redundancy protection. SANDISK® SN861 Series Enterprise Class NVMe SSDs The solution incorporated Sandisk’s cutting-edge PCIe® Gen5 SN861 Enterprise NVMe™ SSDs. The storage media was connected to the Rocket 7638D’s dual MCIO 8i ports using HighPoint CIO8-CI08-110 cables via two UBM backplanes, and configured into a RAID 5 array using the Graid RAID engine. The resulting configuration delivered over 100TB of storage capacity and astounding performance - nearly 57GB/s, and over 3,700K IOPS. Insights from the Collaborating Partners HighPoint Technologies, Inc. “The Rocket 7638D is the realization of our vision for a modular, single-slot Gen5 fabric ,” said May Hwang, Marketing Director at HighPoint Technologies, Inc. “By acting as the central switch hub, the 7638D eliminates the traditional two-slot requirement for high-speed I/O, providing a standard and flexible building block that guarantees uncompromised Gen5 x16 bandwidth from the GPU to the storage array. This benchmark proves our design delivers on uncompromised speed, density, and efficiency .” “This collaboration proves just how far we can push Gen5 performance,” said Tom Paquette, Senior Vice President and General Manager at Graid Technology . “Together with HighPoint and Sandisk, we’ve demonstrated a single-slot GPU-accelerated RAID solution that delivers remarkable speed, capacity, and resilience for AI and HPC workloads.” "This solution demonstrates the power of Sandisk enterprise-class NVMe™ SSDs in delivering breakthrough Gen5 performance. By collaborating with HighPoint and Graid, we’ve proven that ultra-fast, high-capacity, and reliable storage is not just possible—it’s ready for the most demanding workloads in AI, HPC, and data-intensive environments." Said Zaki Hassan, Senior Director – Technical Product Marketing at Sandisk Corporation Immediate Availability This jointly validated solution is available for immediate integration. For more information, please visit: HighPoint Rocket 7638D PCIe Gen5 x16 Switching Adapter SupremeRAID™ GPU-accelerated RAID by Graid Technology Sandisk SN861 Enterprise NVMe SSDs About HighPoint Technologies HighPoint Technologies stands as a global leader in PCIe connectivity solutions and a premier manufacturer of high-performance, high-density NVMe Switch and RAID AIC & Adapter solutions. With a rich history spanning nearly three decades, our dedication to delivering innovative, reliable, and high-performance storage solutions has consistently set us ahead in the marketplace. About Graid Technology At Graid Technology, we’re pioneering the future of data storage with our groundbreaking flagship product, SupremeRAID™. Designed for high-performance NVMe servers, data centers, and edge computing, SupremeRAID™ leverages GPU acceleration to eliminate traditional RAID bottlenecks, offering unparalleled SSD performance while freeing up CPU resources. Our commitment to innovation is driven by a global team, with headquarters in Silicon Valley and an R&D center in Taiwan. We collaborate with partners worldwide to deliver cutting-edge solutions that meet the demands of modern data infrastructure. Discover more about GPU-based SupremeRAID™ at graidtech.com .

Cost-Effective SAS DAS Solutions: Meet the Rocket 700L Series - Compact, High-Performance PCIe AICs with Up to 16 Dedicated Device Channels. Specifications Downloads Gallery Reseller&Distribtors Compatibility List Buy Now Introducing the Rocket 710L & 720L 12G SAS DAS PCIe AICs HighPoint Rocket 700L series 12G SAS connectivity AICs are the industry’s most cost-effective SAS/SATA DAS (direct-attached storage) solutions. The compact, half-height PCIe 3.0 x8 AICs can be easily integrated into any industry standard x86 workstation or server platform with a PCIe 3.0/4.0/5.0 x8 or x16 slot, and are available with 8 or 16 dedicated device channels. Each of the industry-standard SFF-8643 ports can directly host up to 4 disks via a selection of certified cabling accessories. OS RAID & Software Defined Storage Ready Rocket 700L series HBAs are fully compatible with OS level RAID solutions and Software-Defined Storage Suites such as CEPH and Microsoft S2D. Hard disks hosted by Rocket 700L series HBAs will be recognized as independent, stand-alone drives, which can be formatted, partitioned and configured into software RAID arrays or JBOD/span configurations using the default Windows and Linux storage management interfaces. Comprehensive Storage Management & Monitoring Suite Rocket 700L 12G SAS AICs are compatible with HighPoint’s WebGUI and CLI Storage Management & Monitoring tools. These software utilities have been actively developed for and perfected over many years, and are available for Linux distributions and Windows operating systems. The utility suite provides administrators with full manual control over almost all aspects of the storage solution, from monitoring individual drives in real time, troubleshooting a storage configuration in an emergency situation, to configuring an automated maintenance schedule to proactively ward off the threat of downtime imposed by a potential hardware failure. CLI (Command Line Interface) : The HighPoint CLI (Command Line Interface) is ideal for seasoned administrators and platforms that do not utilize graphical operating systems. For many Linux veterans, it is the tool of choice, as it runs from a terminal window, is universal for any distribution, and does not require a graphical OS. WebGUI (Web-Based Graphical Management Interface) : The WebGUI is an intuitive graphical user interface designed to work with all modern Web Browsers, and is the easiest interface to master. However, the WebGUI also has many advanced features that are essential for maintaining a successful storage configuration, including an event log with Email notification, automated maintenance scheduling, and our advanced S.M.A.R.T. toolset known as SHI (Storage Health Inspector). SHI (Storage Health Inspector) : SHI provides wealth of information about storage media, and enables administrators to instantly asses the temperature, endurance rating, and operational status of each hosted drive. 1-Click Self Diagnostic Logging Service : The WebGUI and CLI includes an automated diagnostic tool designed to streamline the troubleshooting process, even for novice administrators. The Diagnostic tab enables the interface to gather information about the corresponding hardware, software and storage configurations and compile it into a single file which can be submitted to our Support Department. Note, this software does not collect user-data (actual data stored to the storage devices), and poses no threat to security or privacy. Comprehensive Support for Linux & Windows Platforms Rocket 700L series HBAs are compatible with all current Windows operating system and Linux distributions that utilize kernel v3.10 and later. Device drivers are routinely updated to ensure compatibility with official OS updates. LACS (Linux Auto Compiling Solution) : The administrator need only install the root open-source driver package for Rocket700L series AICs. Once installed, the driver will handle all future updates automatically. The LACS system will automatically check our secure online database for updates whenever the Linux platform is rebooted and recompile driver support as needed, without direct user intervention. LACS was designed to ensure that the HighPoint product or solution remains operational after a new kernel is installed or when the distribution is updated/patched. Staggered Power Up Solution Hard disk drives require considerably more power during their initial spin-up phase. Powering on large numbers of disks simultaneously can place a great deal of strain on the platform’s PSU. To mitigate this problem, Rocket 700L series enable administrators to power-up groups of PUIS enabled hard disks at timed intervals; a feature known as Staggered Drive Spin-Up. This feature can be enabled or disabled by the administrator as needed, using the HighPoint Web-based (WebGUI) or CLI storage management interfaces. Learn More: Download the Datasheet Accessories Accessories HighPoint 8643-4SATA-1M 1M SFF-8643 SAS to 4x SATA cable The 8643-4SATA-1M cable is designed for use with the Rocket 700 series 12G HBAs and RocketRAID series 12G RAID AICs, and has been tested with a wide range of cost-effective SATA hard drives. HighPoint 8643-4SAS-1M 1M SFF-8643 SAS to 4x SFF-8482 SAS cable The 8643-4SAS-1M cable is designed for use with Rocket 700 series 12G HBAs and RocketRAID series 12G RAID AICs, and has been tested with a wide range of Enterprise and Pro-NAS class SAS hard drives. Specifications Hardware Feature R710L R720L Bus Interface 8-lane, 8 GT/s PCI Express 3.0 Compliant 8-lane, 8 GT/s PCI Express 3.0 Compliant Number of Channel / Port 8x 12Gb/s SAS / 6Gb/s SATA Channels 16x 12Gb/s SAS / 6Gb/s SATA Channels Number of Devices 8x SAS /SATA Hard Drive / SSD 16x SAS /SATA Hard Drive / SSD Bus Type PCIe 3.0 x8 PCIe 3.0 x8 Form Factor Low-Profile Low-Profile Dimensions 5.51"W * 2.48"H * 0.67"D 5.51"W * 2.48"H * 0.67"D Weight 0.66 lbs. 0.66 lbs. Warranty 1 Year 1 Year RAID Mode Single disk Single disk Operating System Windows 11,10; Windows Server 2022, 2019, 2016 ; Microsoft Hyper-V (Only supports 64 bit operating system.) Windows 11,10 Windows Server 2022, 2019, 2016 Microsoft Hyper-V (Only supports 64 bit operating system.) Linux (Support Linux Driver auto Compile); Redhat/Ubuntu/Debian/Fedora/Proxmox/Rocky Linux (Kernel 3.10 and later); (Only supports 64 bit operating system.); (Linux Driver can be installed via internet/network connection) Linux (Support Linux Driver auto Compile) Redhat/Ubuntu/Debian/Fedora/Proxmox/Rocky Linux (Kernel 3.10 and later) (Only supports 64 bit operating system.) (Linux Driver can be installed via internet/network connection) Download R710L/R720L Windows Software Package Windows RAID Management Download Windows Driver Download Linux Software Package (Secure Boot is not supported) Linux RAID Management Download Data RAID-Linux Open Source Driver Download Documentation R710L/R720L Datasheet Download Compatibility Document Compatibility list Download User Guides Quick Installation Guide Download User Manual Download RAID Controller/Enclosure Port Guide Download Gallery Rocket 710L Rocket 720L Product Support WebSupport (Submit a Support Ticket) Knowledge Base Warranty & RMA FAQ Q1: When using HighPoint products, do you need to set the SATA Model in the motherboard BIOS to RAID Mode? Q2: Why does the UEFI download include two separate tools: UEFI HII and UEFI CLI? Q3: I am using the Rocket 720. The WebGUI shows two duplicate port/channels under Physical Device Information. Why is this happening? Rocket 720L Buy NOW! Rocket 710L Buy NOW!

RS6661A(EOL) RS6661A(EOL) We have officially reached the end-of-life (EOL) phase for RocketStor 6661A . This means that this particular product will no longer be actively developed, manufactured, or support by HighPoint Technologies, Inc. We assure you that existing warranties for this product will still be honored during their specified terms. If you have any questions or concerns, or require further assistance, our support team is here to help. You can reach us at GeneralSales@highpoint-tech.com . Replacement Model: RS6661B Software/ Documentation

Explore comprehensive RocketStor 8631D Documentation for in-depth insights. Access RocketStor 8631D Documentation now to enhance your knowledge. RocketStor 8631D Documentation Documentation Release Notes Download Datasheet Download Quick Installation Guide Download External Enclosure User Guide Download

POC Request Form RocketAIC 7608AW Series POC Request Form Name* Email* Company* Intended Application* If Application is Other Describe your Workflow Describe your Pain Point and how the RocketAIC 7608AW-64TO-13 Addresses it: Submit