The RocketU 1344D is a high-performance 4-Port 10Gb/s USB Host Controller. The RocketU 1344D is the latest iteration of HighPoint's industry-leading 4-port USB HBA's, and provides Each of the RocketU 1344D’s four Type-C ports can support up to 10G of transfer bandwidth, can operate RocketU 1344D HBA can be easily integrated into workstation and server environments designed to host 1344D can be used to charge USB compliant devices xHCI CompliantDriverless Installation: The RocketU

HighPoint's 4 & 8 bay NVMe external enclosures are compact, easily portable, and can hold almost a half-petabyte today & tomorrow over one petabyte of hyper fast U.2/U.3 NVMe storage. HighPoint NVMe Storage Enclosure Product Line The external storage chassis have an impressively compact form-factor, measuring just 4.84" tall, 8.27" deep, and 9.25" long, yet can support up to eight of today’s densest 2.5" enterprise and datacenter class NVMe SSDs; that’s nearly ½ petabyte of storage capacity right now, with the possibility of 1 full petabyte just around the corner! Engineered for enterprise and data center applications, each enclosure leverages Broadcom’s industry leading PEX 88048 PCIe Gen4 Switch IC to deliver up to 28GB/s transfer speed over a single PCIe Gen4 x16 CDFP connection. The integrated power supply and advanced cooling system isolate the NVMe media from host platform, enhancing reliability and offloading power and thermal loads from the computing environment; ideal for edge platforms that require a fast, high-density enterprise grade storage solution within a minimal hardware footprint. Designed for data-intensive workflows like high-speed data acquisition, media post-production, and rapid backup, the RocketStor 654xAW series are the ultimate external storage solutions for today’s demanding data-intensive applications. Key Features: 4 & 8-Bay External NVMe RAID Enclosures Supports Enterprise and Datacenter Class U.2 & U.3 NVMe media Dedicated Host-to-Device PCIe x16 Connectivity Integrates Host & Device Side Broadcom PEX88048 Switch ICs Ensures the fastest, densest downstream connectivity possible Optimizes signal integrity & stability, and minimizes latency Innovative CDFP 400Gbps cabling solution Designed to maximize performance & connectivity density per PCIe x16 Slot: Achieves up to 28GB/s with support for up to 8 2.5" NVMe SSDs HighPoint’s Pro-Series Storage Suite RAID Solution: 0, 1, 10 & Single-Disk Flexible Storage Configurations: Multi-Array/Mixed-Array & Individual Drives/ All Individual Drives Intelligent Pro-Active Cooling Solution SafeStorage SED Solution Hot-Swap Support Effortless, Realtime Storage Management Solution Robust, flexible & scalable; Tailor speed & capacity for the deployment & infrastructure requirements of each Application/Workflow Compact & Portable External Form-Factor offsets all power consumption and heat management from the host platform. Dedicated Host to Device PCIe Gen4 x16 Connectivity Integrated PCIe switching technology and 400Gbps CDFP connectivity enables RocketStor 6542AW enclosures to maximize data transfer speed by fully utilizing all x16 lanes of PCIe bandwidth provided by the host platform. Both the enclosure (device-side) and PCIe adapter (host-side), are equipped with dedicated PCIe switch ICs. This enables each solution to provide x16 lanes of dedicated PCIe Gen4 upstream bandwidth and x4 lanes of dedicated downstream bandwidth to each U.2 or U.3 SSD. Robust, Flexible and Scalable: Ideal for Industrial Vertical Workloads HighPoint’s RocketStor 654xAW series enclosures are robust, flexible, and scalable storage solutions tailored for industrial vertical workloads. Support for 2.5" form factor NVMe drives offers unparalleled storage flexibility; U.2 and U.3 SSDs are currently available with 4TB to 64TB, and 128TB is on the horizon. Engineered to meet a diverse range of storage requirements, RocketStor 654xAW enclosures support a wide selection of NVMe media; enterprise-class drives for environments that demand peak performance and endurance, and data center-class drives for workloads that need maximum storage capacity and reliability. Integrated Hot-Swap capability ensures seamless drive replacement or expansion without interrupting workflows, while flexible configurations and optional RAID technology (multi-array, mix-array, or individual drives) enable administrators to tailor storage for any application. Unmatched Scalability: Integrated NVMe Hot-Swap capability simplifies storage expansion, upgrade and service workflows by enabling administrators to add, remove or replace U.2/U.3 media on the fly, minimizing the risk of downtime by removing the need to reboot or power down the host platform. Flexible RAID & Individual Drive Configurations: The compact & portable external form factor and proven NVMe RAID technology enable administrators to tailor NVMe storage configurations for specific workloads and applications, and even share individual SSDs and RAID arrays between multiple systems. Ultra-Compact & Portable Form-Factor Turnkey Storage Solutions HighPoint external NVMe enclosures are the industry's most compact 2.5" external storage chassis. 8-Bay options stand only 4.84 inches tall, 8.27 inches deep, and 9.25 inches in length, yet are capable of supporting nearly 1/2 petabyte of enterprise grade storage. The small hardware footprint, combined with NVMe Hot-Swap support, RAID roaming capability, and simple yet robust CDFP 400Gbps connectivity enables administrators to easily move entire RAID configurations between multiple platforms without powering down the host operating systems. Intelligent Self-Diagnostic & Monitoring Services Each enclosure leverages a suite of hardware sensors, LED indicators and alarms to streamline service & management workflows. Simple color coding enables administrators to assess the status and health of NVMe storage media with a simple glance. Enhances the Efficiency and Reliability of the Host Computer The external form factor, integrated power supply, and powerful cooling system enables NVMe media to be completely isolated from the host hardware platform. Not only does this free up interior space for the host server or workstation, it can improve the reliability and efficiency by reducing power consumption and ensuring that waste heat generated by storage media never enters the computing environment. Optimizes Thermal Management Powerful, low-decibel cooling fans ingest cool air from the outside environment through the ventilated drive bays, circulate it throughout the enclosure, then expel waste heat the rear of the chassis. Full manual fan-control enable administrators to adjust the cooling system based on ambient conditions, including an option to disable the fan for workflows that demand complete silence. On the software side, HighPoint NVMe Enclosures leverage our proven SHI (Storage Health Inspector) solution. SHI utilizes SMART technology to log & report the physical characteristics of each SSD, such as temperature, voltage and endurance (Total Bytes Written / Disk Writes per Day). HighPoint SafeStorage SED Solution HighPoint NVMe RAID Enclosures are protected by SafeStorage - a state-of-the-art data encryption solution for OPAL SSC compliant SED drives and arrays. Stored data is automatically locked down whenever storage is unplugged from the AIC, effectively preventing unauthorized access to sensitive information should physical disks be misplaced or stolen. All-In-One RAID and Storage Management Solutions Empower NVMe Storage with HighPoint's Industry-Proven RAID Technology HighPoint’s industry-proven NVMe RAID technology provides unparalleled flexibility, enabling administrators to easily craft, maintain and scale RAID storage to address the unique requirements of each target application and workflow. Host up to four RAID arrays including bootable volumes Host Non-RAID configurations of 4 to 8 individual SSDs Mix individual SSD configurations with RAID arrays Optimize for Performance, Redundancy or a mix of both. RAID Modes Tailored for Every Application RAID 0 (Striping) - Also known as a “stripe” array, this mode delivers Maximum Performance and capacity by linking multiple NVMe SSD's together to act as a single storage unit. RAID 1 (Mirroring) - This mode creates a hidden duplicate of the target SSD, and is ideal for applications that require an extra layer of data security, such as a bootable volume. RAID 10 (Security & Speed) - RAID 10 offers a “best of both worlds” by leveraging striping with mirroring technology; two RAID 1 arrays are striped together to maximize performance. RAID 10 is capable of delivering read performance on par with RAID 0. Advanced RAID Features Unlock Advanced RAID Capabilities with HighPoint Storage Technology. Multi-Array Support: Each enclosure can support up to four independent RAID arrays Online RAID Roaming: Move RAID configurations between systems without reconfiguration Comprehensive Management Tools HighPoint NVMe RAID Adapters include robust management and monitoring utilities for administrators of all skill levels: The WebGUI is an intuitive Web-based graphical user interface. CLI (Command Line Interface) : streamlined tool for expert administrators. UEFI Tool: Configure arrays using a USB flash drive without need for an OS. Intelligent 1-Click Self-Diagnostic & Logging Solution: Simplify troubleshooting with automated logs and direct support access. Applications & Use Cases The RocketStor 654xAW product line is the ideal solution for Edge platforms and space-constrained or mobile computing environments, and is capable of supporting a wide range of storage configurations for data-intensive industrial workloads. Perfect for scenarios where server expansion is limited or when heat and power constraints challenge scalability, RocketStor 654x AW enclosures enable customers to seamlessly augment storage capacity, from ½ half to a full petabyte, in a compact, highly-efficient form factor. Designed to meet the demands of modern edge applications, it combines high-capacity storage with unmatched portability and reliability. HighPoint NVMe RAID Technology: Your Solution for Performance and Reliability Take control of your NVMe storage with HighPoint’s innovative RAID technology. From advanced features to comprehensive management tools, our RAID technology delivers the flexibility, scalability, and reliability you need to tackle modern workloads. High-Performance Computing (HPC) Benefits: Faster data access and processing speeds reduce computation times. Use Cases: Complex simulations, scientific research, & engineering applications Media Post Production Benefits: Significantly improves read/write speeds for large video files, enabling smoother editing and faster rendering. Use Cases: 4K/8K video editing, visual/audio effects, 3D rendering, and real-time playback Database Management Systems (DBMS) Benefits: Enhances I/O performance and reduces latency, leading to faster query processing. Use Cases: Large-scale databases, online transaction processing (OLTP), & data warehousing Virtualization & Cloud Computing Benefits: The higher IOPS, superior transfer bandwidth, & 4 to 8 independent device channels, enhances the performance and storage scalability of VM platforms Use Cases: Virtual Machine hosting, cloud storage servers, & enterprise-level cloud services Artificial Intelligence & Machine Learning (AI/ML): Benefits: Accelerates data loading and model training times, supporting high-throughput data processing. Use Cases: Neural Networks training, running Al algorithms, & real-time data analytics Big Data Analytics Benefits: Rapid access to large datasets, which results in faster analytics and insights generation. Use Cases: Applications that process large volumes of data such as real-time analytics and business intelligence applications Content Delivery Networks (CDN) Benefits: Enhances data throughput and lowers latency to improve the speed of content delivery. Use Cases: Streaming services, web content delivery, and high-traffic websites. Backup Solutions & Disaster Recovery Benefits: Can significantly enhance performance backup and restore processes, minimizing downtime Use Cases: Enterprise backup solutions, disaster recovery plans, & data protection strategies HighPoint NVMe Switch Adapters and Systems from our Partners NVMe Enclosure Product Lines PCIe Gen4 Solutions Product Image PCle Drive Bays Hot-Swap SSD FF RocketStor 6542AW PCIe 4.0 x16 8 Yes U.2, U.3 RocketStor 6541AW PCIe 4.0 x16 4 Yes U.2, U.3 Other Information Product Matrix Cabling Matrix System Compatibility Matrix (Coming Soon) HighPoint NVMe Switch Adapters and Systems from our Partners Resources News Blogs Videos Unlock Half-Petabyte NVMe Performance with the RocketStor 654x Series Introducing the RocketStor 654x Series- The Future of External NVMe Storage HighPoint NVMe RAID AICs & RocketStor 6542AW Enclosure to be Showcased at Samsung Japan's Booth at Inter BEE 2024 Unleash Unmatched Performance and Flexibility with HighPoint’s RocketStor 654xAW: The Future of External NVMe RAID Storage Introducing the RocketStor 654xAW Series: 8 & 4-Bay PCIe 4.0 x16 NVMe RAID External Enclosures Overview Solutions Resources Partners Products

RocketAIC 7749M2 POC Request Form RocketAIC 7749M2 Series POC Request Form Name* Email* Company* Intended

SSD6200 Series-Overview | HighPoint-tech.com Specifications Documentation Gallery Reseller&Distributors Buy NOW！(SSD6202A) Buy NOW！(SSD6204A) HighPoint SSD6200 Series NVMe RAID Controllers are ideal for professional applications that require a bootable storage solution with host-level redundant RAID capability and native in-box driver support. SSD6200 Series controllers were designed to maximize uptime of the host platform and ease the of integration and maintenance of NVMe RAID Storage. In addition, a wide range of solution packages are available for the professional VAR; customers can opt for either 2 and 4 dedicated M.2 device ports, integrated Host RAID 1, 0 & JBOD support, optional OOB management when outside of the OS platform, LED RAID status & I/O indication, UEFI/BIOS/CLI/GUI management interfaces, and Half-Height or Full-Height form factors. Wide Spectrum of Supported Operating Systems Native hardware support ensures seamless OS Installation & Upgrades HighPoint SSD6200 series controllers enable professional solutions providers to seamlessly configure bootable, redundant RAID storage for a wide range of customer applications. Native In-Box Driver support is available all major Virtualization platforms, such as VMware, Microsoft Hyper-V and Promox, and all current versions and distributions of Windows, Linux and FreeBSD operating systems. Customers are free to update the Kernel, apply patches, or download and install scheduled updates as needed, without fear of data loss or the need for complicated procedures. Integrated Host RAID Technology HighPoint Industrial and Virtualization solutions feature integrated host, hardware-level RAID 0, 1 and JBOD capability. RAID arrays hosted by SSD6200 series controllers are fully transparent and will be automatically recognized by all current VM and OS platforms as available single-drives. No drivers, special procedures or software application is required. Maximum Uptime Though simple, RAID 1 mirroring technology remains one of the most effective way to secure a bootable storage configuration against the threat of device failure. RAID 1 creates a hidden, automated backup of the target drive; in this case, a bootable NVMe SSD. If the original should fail, the mirrored backup will immediately, and seamlessly, take the reins. This enables the host system to remain online, and continue to operate, unabated. Simplicity Redefined Configure arrays with the flip of a switch! No IT background? No problem! SSD6200 controllers are ideal for users of any skill level. Customers don't need to master a complicated RAID application to configure NVMe storage. Optimizes Production Workflows One-Click RAID Creation enables Solution Providers and VAR’s to optimize production workflows. The onboard RAID switch completely flattens the learning curve by eliminating the need for an interface or application. You don’t even need an OS or input devices! Simply install the SSD’s, plug in the card, power on the system and toggle the switch! RAID Switch Settings Each controller features two hardware switches which can be used to configure one of 3 arrays modes (Mirroring, Striping and JBOD). OOB (out-of-band) RAID Management SSD6202A & SSD6204A controllers provide an out-of-band management port and integrated console management interface. OOB is ideal for field maintenance and on-site services as it allows the RAID storage to be administered in a pre OS environment. OOB is well suited to secure Data Center and Hosting applications, as it only grants access to the NVMe RAID console and configuration; it cannot interact with user data in any way. LED Indication The SSD6202A & SSD6204A provide LED indicators which enable administrators to quickly determine the status of the NVMe SSDs, RAID array, and PCIe host connection. Green: Normal/Optimal Red: Critical / Suboptimal Blisteringly Fast A single SSD6200 controller can deliver over 7000MB/s of transfer performance using off-the-shelf M.2 NVMe SSD of any capacity. The massive transfer bandwidth and versatility enable solution providers to deliver custom-tailored NVMe storage for a wide range of customer applications. Note: The performance of your NVMe configuration may vary from these results, and are influenced by the NVMe SSD model(s) in use, the system hardware environment, operating system and benchmark utility. SSD6200 Series Product Family Which Product is Right for You? We offer different solution packages for customers, Integrators & VAR's, and OEM/ODM Solution Providers: Individual / Corporation Need to upgrade a company or personal Server / Workstation? Buy direct from HighPoint, or order from our certified Global Reseller and Distribution partners. Integrators & VAR's Are you System Integrator or VAR, and require a Rebranded Solution? Contact Us. OEM/ODM Solution Providers Are you an OEM/ODM or Solutions Provider? If current SSD6200 Series controllers do not meet the needs of your project, OEM/ ODM Services are available. Contact Us . Customer Testimonial "The HighPoint SSD6202A solved our biggest problems and simplified the way we offered solutions to our clients. During the preparation of our servers, we encountered difficulties with both CPU vendors: Intel: Needing to purchase a separate VROC key that increases the price a lot. AMD: The hardware RAID compatibility is almost inexistant for Linux and it has reliability problems with Windows. The HighPoint SSD6202A helped us skipping that big headache, giving us fully support of any OS and simplifying the configuration out of the box and no drivers. It takes a few seconds to choose the RAID mode and the installation takes no more than one minute. For our clients, it was also very important to know if there were experimenting a drive failure as soon as possible and the HighPoint SSD6202A has a really strong alarm in case something fails. The web management its simple and affective giving you access to the drive’s information and RAID mode. It is a cost-effective and straightforward solution, suitable for both professionals and newcomers in the IT industry." Alfonso – Supervisor - AI Busi Learn More Product Specifications Product feature SSD6202A SSD6204A Bus Interface PCI-Express 3.0 x8 PCI-Express 3.0 x8 Number of Channel / Port 2x M.2 NVMe Ports 4x M.2 NVMe Ports Port Type 2x M.2 NVMe Ports 4x M.2 NVMe Ports Data Transfer Rate 8GT/s 8GT/s Number of device 2x M.2 NVMe SSD 4x M.2 NVMe SSD SSD Form Factor 2242/2260/2280 (supports single & double sided) 2242/2260/2280/22110 (supports single & double sided) Form Factor Low-Profile Full-Height Card Dimensions 6.61" W x 2.71" H x 0.87" D 7.68''W * 4.37''H * 0.98''D Card Weight 0.77lbs 1.32lbs Warranty 2 Years 2 Years Supported Operating Systems 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 (Kernel v3.10 and later) Linux (Kernel v3.10 and later) VMware, Proxmox, XenServer VMware, Proxmox, XenServer System requirements PC Platforms: Any PC Systems or Motherboard with an industry standard PCIe x8 or x16 physical Slot.(Bifurcation is not required) PC Platforms: Any PC Systems or Motherboard with an industry standard PCIe x8 or x16 physical Slot.(Bifurcation is not required) Cooling System Anodized aluminum heat sink with integrated low-noise fan Full-length anodized aluminum heat sink NVMe Configuration RAID Support RAID 0, 1,JBOD RAID 0, 1,JBOD TRIM RAID Support RAID 0, 1,JBOD RAID 0, 1,JBOD NVMe RAID Management Management Suites CLI (Command Line Interface- scriptable configuration tool) CLI (Command Line Interface- scriptable configuration tool) WebGUI (Browser-Based management tool ) WebGUI (Browser-Based management tool ) MP-Tool RAID Management (only available by project request) MP-Tool RAID Management (only available by project request) UEFI Tool & UEFI HII (BIOS interface via Human Interface Infrastructure Support) UEFI Tool & UEFI HII (BIOS interface via Human Interface Infrastructure Support) SMTP Email Alert Notification Yes Yes Alarm Buzzer Yes Yes Storage Health Inspector Yes Yes Automatic and configurable RAID Rebuilding Priority Yes Yes Single-RAID or Multi-RAID Arrays per Controller Yes Yes Advanced RAID features Bootable RAID Array Yes Yes Multiple RAID Partitions supported Yes Yes Online Array Roaming Yes Yes RAID Quick Initialization for fast array setup Yes Yes RAID Switch Yes Yes OOB Port Yes Yes LED Indicators Yes Yes Operating Environment Work Temp +5°C ~ + 55°C +5°C ~ + 55°C Storage Temp -20°C ~ +80°C -20°C ~ +80°C Operating Voltage PCI-e: 12V, 3.3V PCI-e: 12V, 3.3V Power Typical: 3.96W Typical: 3.84W MTBF (Mean Time Before Failure) 920,585 Hours 920,585 Hours Certification / Approval CE, FCC, RoHS, REACH, WEEE CE, FCC, RoHS, REACH, WEEE Kit Contents 1x SSD6202A 1x SSD6204A 1x Low-Profile bracket 1x Quick Installation Guide 1x Quick Installation Guide Software Downloads Windows RAID Management Download CLI [VMware] Download CLI [UEFI] Download WebGUI (Support CLI) [Linux] (Support Secure Boot Disable) Download Documentation Datasheet Download User Manual Download Linux WEBGUI Installation Guide Download Windows WEBGUI Installation Guide Download RAID Controller/Enclosure Port Guide Download UEFI CLI Manual Download SSD6204A QIG (SSD6204A) Download Compatibility list (NVMe Ecosystem) Download Boot RAID - Windows 10 Installation Guide Download Boot RAID - Windows Server 2019 Installation Guide Download Boot RAID - VMware7.0b Installation Guide Download Boot RAID - RHEL 8.3 Installation Guide Download Boot RAID - Proxmox VE 6.3 Installation Guide Download Boot RAID - CentOS 8.3 Installation Guide Download Boot RAID - Ubuntu server 20.04.2 Installation Guide Download Boot RAID - Debian10.8 Installation Guide Download Boot RAID - Fedora33 Installation Guide Download Boot RAID - Hyper-V Server 2019 Installation Guide Download Boot RAID - Citrix Hypervisor 8.2 Installation Guide Download SSD6202A QIG (SSD6202A) Download Compatibility list (NVMe Ecosystem) Download Boot RAID - Citrix Hypervisor 8.2 Installation Guide Download Boot RAID - Windows 10 Installation Guide Download Boot RAID - Windows Server 2019 Installation Guide Download Boot RAID - VMware7.0b Installation Guide Download Boot RAID - RHEL 8.3 Installation Guide Download Boot RAID - Proxmox VE 6.3 Installation Guide Download Boot RAID - CentOS 8.3 Installation Guide Download Boot RAID - Ubuntu server 20.04.2 Installation Guide Download Boot RAID - Debian10.8 Installation Guide Download Boot RAID - Fedora33 Installation Guide Download Boot RAID - Hyper-V Server 2019 Installation Guide Download Dell Precision Workstation Compatibility list Download Dell Precision 7920 Tower with NVMe RAID AIC User Guide Download Dell Precision 7960 Tower with NVMe RAID AIC User Guide Download Dell Precision 5820 Tower with NVMe RAID AIC User Guide Download Dell PowerEdge R730 Server with NVMe RAID AIC User Guide Download HPE ProLiant DL380 Gen10 server with NVMe RAID AIC User Guide Download Supermicro X12DPi-N6 with NVMe RAID AIC User Guide Download Supermicro H11DSi with NVMe RAID AIC User Guide Download Supermicro H12SSL-i with NVMe RAID AIC User Guide Download Supermicro X11DPi-NT with NVMe RAID AIC User Guide Download Product Gallery SSD6202A SSD6204A Resources Why HighPoint NVMe RAID Technology Focuses on 0, 1 and 10 Independent, Bootable, Hardware RAID 1 NVMe AIC for SMB Server Applications FAQ Q1: Why do the SSD series products appear to have a damp phenomenon? And whether the damp phenomenon affects disks or devices? Q2: When using HighPoint products, do you need to set the SATA Model in the motherboard BIOS to RAID Mode? Q3: Why can't we find the controller in ESXi using the CLI? Q4: What kind of RAID creation tools are available for SSD6200 series controllers? Q5: What are the differences between different RAID creation methods? Q6: Why does a RAID array created with the RAID Switch still exist after it is deleted from the system? Q7: Does the SSD6200 series support Cross-sync? Q8: Why does WEBGUI/CLI/OOB/HII/UEFI have information about a single disk, but no disk partition is visible in the OS? Q9: What causes the alarm buzzer to sound? How do I turn it off? Q10: What do the LEDs indicate? Q11: Why is "No controller found" displayed when I use the CLI on ESXi?

The SAS/SATA RAID Enclosure Matrix lists all of HighPoint's RocketStor 6400 series, their hardware specifications, and supported operating systems. SAS & SATA Enclosures Product Matrix SAS & SATA SATA SAS/SATA Enclosures Model # of Bays # of Device Form Factor PCIe Gen PCIe Lanes RAID Level OS Support Cable Options RocketStor 6434S 4 4 12Gb/s SAS 6Gb/s SATA PCIe 3.0 x8 lanes N/A Linux, macOS, Windows SFF-8644 to SFF-8088 RocketStor 6434TS 4 4 12Gb/s SAS 6Gb/s SATA PCIe 3.0 x8 lanes 0, 1, 5, 6, 10, JBOD Linux, macOS, Windows SFF-8644 to SFF-8088 RocketStor 6438S 8 8 12Gb/s SAS 6Gb/s SATA PCIe 3.0 x8 lanes N/A Linux, macOS, Windows SFF-8644 to SFF-8088 RocketStor 6438TS 8 8 12Gb/s SAS 6Gb/s SATA PCIe 3.0 x8 lanes 0, 1, 5, 6, 10, 50, JBOD Linux, macOS, Windows SFF-8644 to SFF-8088

Unleash NVMe Speeds on Dell & HP with RocketAIC SSDs | High-Density Storage Powerful & Versatile Turnkey HighPoint’s RocketAIC series NVMe AIC SSDs were designed to push the boundaries of NVMe storage, and Preconfigured to Maximize Storage Performance, Capacity and Reliability RocketAIC SSDs represent the Compatibility List for Dell Systems > Compatibility List for HP Systems > RocketAIC NVMe AIC SSDs DC RocketAIC 7505H series Performance: Up to 27GB/s Capacity: Up to 16TB Learn More > RocketAIC 7749M2

HighPoint provides a selection of Thunderbolt 3 and Thunderbolt 4 cables designed for use with rDrive storage, RocketStor enclosures, and adapter product lines. Cable Accessories > Thunderbolt™ HighPoint provides a selection of Thunderbolt™ 3 and Thunderbolt™ 4 cables designed for use with rDrive Storage, RocketStor Enclosures, and Adapter product lines, and are available in 1/2, 1 and 2 meter form factors, with support for 40Gb/s and 20Gb/s transfer rates. These high-quality cables are fully compliant with the latest Thunderbolt™ technology standards and have been tested to ensure maximum transfer performance and secure connectivity. Versatile Cable Lengths HighPoint Thunderbolt™ cables can accommodate a wide range of storage and device configurations, and are available in 1/2 meter, 1 meter and 2 meter lengths, for both 20Gb/s and 40Gb/s applications. Backwards Compatibility HighPoint Thunderbolt™ 4 40Gb/s (active) cables are backwards compatibile with Thunderbolt™ 3 / Thunderbolt™ 2 / Thunderbolt™ devices. Device Charging HighPoint Thunderbolt™ 4 cables support device charging via USB-C connectivity, up to 100W. Accessories > Thunderbolt™ HighPoint provides a range of accessories for our Thunderbolt™ Storage and connectivity solutions. These high-quality devices are Thunderbolt™ certified and have been thoroughly tested to ensure maximum transfer performance and secure connectivity. TB3-LADP-TB2 Thunderbolt™ 3 USB-C to Thunderbolt™ Adapter Supported Products: RocketStor 6314A, RocketStor 6314B Product Description: TB3-LADP-TB2 – Thunderbolt™ 3 USB-C to Thunderbolt™ 2 / Thunderbolt™ Adapter. The TB3-LADP-TB2 is a Thunderbolt™ 3 to Thunderbolt™ Adapter designed for use with HighPoint RocketStor Enclosures. It allows HighPoint Thunderbolt™ 2 RAID enclosures and the RocketStor 5212 Thunderbolt™ Drive Dock to be used with Thunderbolt™ 3 (USB-C) ports. The TB3-LADP-TB2 adapter has been rigorously tested with HighPoint Thunderbolt™ devices and Thunderbolt™ 3 host platforms to ensure maximum transfer performance, secure connectivity, and ease of integration. Note: this adapter does not enable Thunderbolt™ 2 or Thunderbolt™ devices to operate at Thunderbolt™ 3 transfer speeds. Specifications: Host Interface: Thunderbolt™ 3 USB-C Device Interface: Thunderbolt™ Length: 11” Weight: 0.14 lbs. RocketStor 6000SRK Slide Rail Kit for RocketStor 6674T Supported Products: RocketStor 6674T Product Description: RocketStor 6000SRK Slide Rail Kit The RocketStor 6000SRK is a slide rail kit for the RocketStor 6674T Thunderbolt™ 3 16-Bay Rackmount RAID Enclosure. The retail package includes two rails and mounting screws. Specifications: Material: Heavy-duty cold-rolled steel Color: Silver Dimensions: 27.96" (L) x 3.94" (W) x 2.76" (H) Weight: 5.78 lbs. RocketStor Tray-R Replacement Drive Tray for the RocketStor 6674T Supported Products: RocketStor 6674T Product Description: RocketStor Tray-R Drive Tray The RocketStor Tray-R is a replacement/spare drive tray for the RocketStor 6674T Thunderbolt™ 3 16-Bay Rackmount RAID Enclosure. The retail package includes a single drive tray and mounting screws for both 2.5" and 3.5" drives. Specifications: Material: Aluminum and ABS Color: Black Support Disk Form Factor: 3.5" and 2.5" Dimensions: 7.21" (L) x 4.57" (W) x 1.06" (H) Weight: 0.31 lbs. Kit Contents: Drive Tray, mounting screws for 2.5" and 3.5" SSD/HDD

The USB HBA Matrix lists all of HighPoint's RocketU series, their hardware specifications, and supported 1144F 4 5Gb/s USB 3.2 Type-A Yes PCIe 3.0 x4 lanes Linux, macOS, Windows, ESXI RocketU 1344D 4 10Gb/ s USB 3.2 Type-C No PCIe 3.0 x4 lanes Linux, macOS, Windows, ESXI RocketU 1488C 8 20Gb/s USB 3.2 Type-C Linux, macOS, Windows, ESXI RocketU 1244A 4 10Gb/s USB 3.2 Type-A Yes PCIe 3.0 x8 lanes Linux, macOS , Windows, ESXI RocketU 1444C 4 20Gb/s USB 3.2 Type-C Yes PCIe 3.0 x16 lanes Linux, Windows, ESXI RocketU

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) macOS X 10.10 and later Windows 11,10, 8 Windows Server 2022, 2019,2016,2012R2 Only supports 64 bit operating system. Thunderbolt4 supoort: • Support Mac Thunderbolt4 platform • Support Z690 chipset PC platform(Not support RR3700 and RR800 series) • Not support Z590 chipset PC platform No. of PCIe Slots 1-Slot: Electrical - x4 PCIe 3.0 (open end) PCIe Card Length Full-height, Max length 8.2" Enclosure Indicator Power On Supported PCIe Cards Any Thunderbolt™ Aware PCIe cards including Audio, Video Capture, Ethernet, Fibre Channel, Storage/RAID controller cards, and PCIe SSD Chassis Design Features Rugged, Ultra slim aluminum enclosure Dual-Ultra Quiet, high-efficiency Cooling fans Quick release thumbscrews for easy access Power Supply External 60 watts power supply Dimensions 2.24"(W) x 10.12"(H) x 6.30" (D) Weight 5.18 lbs. Material Aluminum Warranty 1 Year Power Input AC 100-240V Output DC 12V 5A Work Temp +5°C ~+ 55°C Storage Temp -20°C ~ +80°C MTBF (Mean Time Before Failure) 920,585 Hours Compliance Certification CE, FCC, RoHS, REACH, WEEE Kit Contents 1x RocketStor 6661A Expansion Chasis 1x 40Gb/s Thunderbolt™ 3 cable 1x Power cord 1x Quick Installation Guide 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?

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

The challenge for AI servers is procuring a solution capable of handling the demanding computational power and memory resources. E1.S may be what you need! The Challenge: Procuring a compact, high-performance, DC-class mass storage solution suitable for AI Applications AI servers are powerful computing platforms designed to host AI driven applications. Such applications require considerable computational power and memory resources to perform optimally. As such, AI servers typically employ large banks of GPUs (graphic processing units) to handle incoming data, such as high-definition video captured by AI and machine learning systems. However, processing a particularly voluminous set of data, or analyzing a complex scenario or object, can potentially overwhelm available VRAM (video RAM), which would then slow the entire process to a crawl. To combat this risk, the majority of AI computing platforms utilize high-speed storage devices to supplement the VRAM. However, as much of the interior space of an AI server or workstation platform is devoted to the GPUs, and motherboard hardware, little to no room is available for internal drives bays. This largely rules out SAS/SATA SSDs or U.2/U.3 NVMe media for most applications, both of which utilize the 2.5” drive form factor. As a result, M.2 AIC NVMe controllers are the most common choice. Fast, compact and widely available, M.2 SSDs can be installed directly into purpose-built PCIe NVMe storage controllers, such as our own SSD7500 series PCIe Gen4 M.2 NVMe RAID HBAs, which eliminate the need for an internal drive bays. Unfortunately, M.2 media has its drawbacks. While M.2 SSDs deliver excellent random I/O and sequential performance, write endurance tends to suffer over the long haul, which is a typical setback for client-class NVMe SSDs. In addition, M.2 drives have short lifespans compared to enterprise class U.2/U.3 drives. Storage space is also a major concern; M.2 series suitable for AI applications, namely “DC” (datacenter) class SSDs, are capped to 4TB in capacity, which can limit their utility for workflows that must process large volumes of continuously incoming data. All of this poses a serious challenge for solution providers; procuring a storage solution that successfully merges the form factor of an M.2 SSD with the balanced transfer characteristics and storage potential of U.2 media, and a maximum data throughput beyond what is capable with a single-AIC PCIe Gen4 solution. The answer? E1.S technology. The Solution: E1.S NVMe RAID Storage E1.S devices are a relatively new type of NVMe media designed to combine the form factor of an M.2 SSD, with the datacenter class reliability and mass storage capability of U.2/U.3 drives. They provide an excellent balance of random and sequential I/O performance, and are not prone to handicap transfer speeds during extended write sessions. They are similar in sized to 22110 form-factor M.2 SSDs; small enough to integrated directly into a PCIe AIC. They are also available with twice the storage capacity; up to 8TB currently, with larger models set to arrive in the near future. The vast majority of off-the-shelf E1.S SSDs are classified as DC class storage, and measure longevity in terms of DWPD (disk writes per day), rather than TBW (total bytes written), and are equipped with advanced features such as PLP (power loss protection). But where to start? Most currently E1.S implementations are at the board level (a handful of E1.S ports integrated directly into a motherboard), and few include RAID capability. One option it to use PCIe carrier cards with up to 4x DC class 22110 M.2 SSDs. However, this is a temporary, stop-gap measure, and not a true solution. 22110 DC class media is capped at 4TB in capacity; simply too small for most AI applications. Once again, HighPoint has the answer. The revolutionary SSD7749E E1.S NVMe RAID controller is up to the challenge. HighPoint’s SSD7749E E1.S RAID Controller was built to tackle Demanding AI Server & Workstation Applications HighPoint’s SSD7749E 8-Channel E1.S NVMe RAID controller was designed to address demanding data-dense, high-throughput, low-latency workflows associated with AI applications. The dual-width PCIe Gen4 HBA directly hosts up to 8 DC class E1.S NVMe SSDs. Think 28,000MB/s of transfer speed and 60+ TB of RAID storage capacity from a compact device that is roughly the same size and shape of a modern GPU! The SSD7749E’s zero-compromise dual-width HBA architecture eliminates the need for internal drives bays, cabling accessories or supplemental cooling apparatus; the intelligent hardware packaging enables the SSD7749E to be easily integrated into the industry standard rackmount systems employed by most AI Servers. Near Gen5 Performance in a Gen4 package The ability of a single SSD7749E to generate 28Gb/s of transfer bandwidth is impressive enough. However, when deployed in Cross-Sync, dual-card configuration, SSD7749E HBAs can deliver a level of performance that is nearly on par with a dedicated PCIe Gen5 storage solution! Many AI servers now utilize Gen5 capable motherboards; high-performance, 200Gbe+ network controllers are becoming increasingly common. There are currently no native PCIe Gen5 NVMe RAID controllers, which could potentially bottleneck some AI applications. However, the SSD7749E can effectively bridge this gap. Cross-Sync RAID technology enables SSD7749E configurations to leverage up to x32 lanes of PCIe bandwidth, and deliver 55,000MB/s of throughput; a level of performance equivalent to the real-world capabilities of a native Gen5 solution, and capable of accommodating network speeds in excess of 400 GigE! Administrators can fine-tune Cross-Sync configurations with HPT-Optimize, a performance optimization toolset capable of linking specific target applications with the resource pool assigned to the SSD7749E devices. Learn More… Dedicated Dual-Width Cooling System Eliminates Thermal Throttling PCIe Gen4 NVMe media runs hot, especially under load, which is almost a 100% guaranteed condition for any storage solution employed by an AI application. Gen4 NVMe media, including E1.S SSDs, will scale back performance if a temperature threshold is breeched in an effort to avoid compromising the hardware. This feature is commonly referred to as “thermal throttling”. Thermal throttling is an ideal failsafe, but can cripple transfer performance when activated, especially for a RAID configuration. The SSD7749E was designed to tackle the threat of thermal throttling head on. Its advanced cooling system takes full advantage of the HBA’s dual-width architecture, and combines a full-length anodized aluminum casing with integrated heat sinks and a pair of ultra-durable, low-decibel cooling fans that double as a secure locking mechanism. This robust, purpose-built solution fully encases, insulates and cools E1.S media without injecting excessive noise into the work environment. The dual-fans inject cool air into the controller’s casing, which is then dispersed to the NVMe media and center mounted heat sink. Waste heat is then rapidly transferred away from critical componentry, and ejected to the outside environment via a ventilated bracket. The hardware cooling system was designed to work in conjunction with HighPoint’s SHI (Storage Health Inspector) software management interface, which allows administrators to instantly check the operating status and temperature of NVMe media in real-time via S.M.A.R.T. technology, and configure temperature thresholds on a per-drive basis, to ensure the SSD7749E is perfectly in sync with capabilities and official specifications of each individual drive. Products SSD7749E The SSD7749E is a simple, cost-efficient PCIe Gen4 RAID storage upgrade solution for Intel and AMD x86, and ARM server platforms. The controller can directly host up to eight 9.5mm E1.S SSDs at speeds up to 28,000MB/s, yet is no larger than a modern dual-width PCIe graphics adapter, and can be easily integrated into systems with a free PCIe 4.0 x16 slot. Quick Specs Host Interface: PCIe 4.0 x16 Device Ports: 8x E1.S Form Factor: FL-FH Learn More Contact Sales

The RocketStor 6628A is ideal for professional media applications that demand uncompromised transfer performance combined with the superior data protection of hardware RAID 5 & 6. Key Features 2x Thunderbolt™ USB-C Ports featuring 40Gb/s Speed bandwidth Performance up to 2,700MB/s* Integrated SAS/SATA Hardware RAID Technology Storage Capacity up to 8x 10TB or Larger Spindle HDD High-Speed Storage up to 8x SSD Blazing Fast, Consistent, & Smooth Data Transfer for large block size Applications Enhanced Storage Cooling Solution Refined 2nd Generation Chassis Design eases Maintenance Specifications Download Gallery Reseller&Distribtors Buy NOW！ The RocketStor 6628A is ideal for professional media applications that demand uncompromised transfer performance combined with the superior data protection of hardware RAID 5 & 6. Designed for I/O intensive multi-task workflows such as media editing and post production applications, the RocketStor 6628A is powered by our industry proven hardware RAID stack and dedicated 40Gb/s Thunderbolt™ 3 transfer bandwidth. Streamlined RAID Management for Professionals Each RocketStor 6628A RAID Enclosure includes our newly redesigned, easy to use web-based management utility. The built-in Array Configuration Wizard allows users of any experience level to create any type of RAID array in three easy steps; simply select your RAID level, pick your drives and go! Creating arrays has never been easier! Optional Advanced Management Features allow customers to fine tune RAID arrays for specific projects, with options to specify block size, enable DV Mode for digital media projects, designate spare disks for recovery, and schedule routine automated maintenance sessions with Email notification to keep one abreast of changing storage conditions while outside of the work environment. Fast, Consistent, & Smooth Data Transfer Tuned for for large block size Applications The RocketStor 6628A 2nd Generation Series Thunderbolt™ 3 RAID enclosures are powered by the latest iteration of HighPoint’s industry proven Hardware RAID stack. The refined hardware RAID architecture provides up to 2,700MB/s of bandwidth, and has been tuned to streamline the transfer of large sequential files; ideal for professional applications such as video production and editing, media streaming and content creation. Enhanced Storage Cooling Solution The ability to manage the high-levels of heat generated by pronged, sustained I/O sessions on today’s high-capacity hard disks is a prime concern when choosing the right RAID enclosure solution. RocketStor 6628 Series RAID enclosures seamlessly integrate LED’s, audible alarms, and superior cooling apparatus to ensure your storage investments and the critical data they host stay cool, healthy and productive. Proactive monitoring systems intelligently adjust fan speed on the fly to eject waste heat from the chassis and prolong the life of today’s high-capacity SAS and SATA hard drives. High-Speed, Big Data or All-In-One: Your Choice! RocketStor 6628 Series RAID enclosures are significantly more versatile that conventional external storage solutions, which rely on pre-packaged storage comprised solely of drives of the same speed and capacity. Customers are free mix and match disks of different capacities and speed levels to meet the needs of any application; SSD's for Maximum Performance, HDD's for Mass Storage, or a combination of both for tasks that call for high-speed workspace and archiving capability. Equipped with the latest Thunderbolt™ 3 USB-C technology, the RocketStor 6628A can deliver 40Gbps transfer rates. Projects utilizing 4K DPX 16 bit footage require approximately 1,790MB/s of transfer performance; the RocketStor 6628A is capable of supporting full 4K uncompressed video production, In addition, if the source is ProRes 444, the RocketStor 6628A can support over 5 individual streams! Safeguard Your Storage Investments The RocketStor 6628A seamlessly integrates LED features, an audible alarm, and intelligent cooling apparatus to ensure your storage investments stay healthy and accessible. Uncompromised Hardware RAID Architecture HighPoint’s proven hardware RAID architecture incorporates dedicated processing and caching resources to maximize the performance and security of professional storage applications. This allows the RocketStor 6628A RAID enclosure to operate independently in order to minimize the impact of storage related I/O on the host system.Unique to our hardware RAID solutions, DV Mode Technology intelligently manages the flow of large data blocks and write-back caching to minimize latency and ensure consistent, sustained high-performance transfers for professional media applications. HighPoint DV Mode for Streaming Performance DV Mode Technology intelligently manages the flow of large data blocks and write-back caching to minimize latency and ensure consistent, sustained high-performance transfers for media-rich applications. Robust RAID Protection The built-in NVRAM constantly tracks in-progress writes to preserve the integrity of data in the event of a drive failure or system crash, and streamline recovery procedures while minimizing downtime. Storage Expansion Ready Daisy-Chain capability allows customers to link as many as 6 independent RocketStor 6628A units using a single Thunderbolt™ 3 host port. The Online Capacity Expansion and RAID Migration allow customers to modify RAID configurations or expand existing storage while avoiding complicated, time consuming backup and restoration procedures. 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 connect USB or Display via USB-C Note: RAID5 does not support Daisy Chain configurations TB3 Technology Daisy Chain up to 6 devices Bi-directional, dual-protocol (PCI Express and DisplayPort) 8 lanes of Display Port 1.2 - supports dual 4K displays or one 5K display Power delivery 15W to bus-powered devices Backward compatible with Thunderbolt™ 2 devices USB-C ports compatible with existing USB devices via USB-C cable, support up to USB 3.1 10Gb/s speed RAID Type Hardware RAID RAID Support 0, 1, 5, 6, 10, 50 and JBOD System Requirements Computer with a USB-C (Thunderbolt 3) Computer with a Thunderbolt 2 (via Thunderbolt 3 to Thunderbolt 2 Adapter) Linux: Fedora Core, Debian, Ubuntu; Redhat, Rocky Linux, CentOS: only support version below 8.0; Only supports 64 bit operating system. Note: Your PC may need updates for the Thunderbolt 3 ports to function properly. See here for more information. Linux Driver embedded into Kernel 3.9.4 and later Window 11, 10, 8.1, 8, 7; Windows Server 2022, 2019, 2016, 2012R2, 2008 Note: Your PC may need updates for the Thunderbolt 3 ports to function properly. See here for more information. Only supports 64 bit operating system. macOS X 10.12 and later Mac Intel platform: Driver embedded into Mac OS X 10.12 and later. Apple silicon-based Mac Platforms: RocketStor 6628A enclosures purchased after 2024 can support Apple silicon-based Mac platforms. Thunderbolt4 supoort: • Support Mac Thunderbolt4 platform • Windows supports Z690 chipset PC platform • Linux does not support Z690 chipset PC platform • Does not support the Z590 chipset PC platform Capacity Unlimited (Click here for recommended HDD and SSD ) Number of Devices Up to 8 Device Type SAS, SATA Device Form Factor 3.5" & 2.5" Power Supply 250W PSU Low Noise AC INPUT: 100-240 V 50/60Hz Cooling 2x 80x80x25mm, Dual Fan, Heat-Disipation aluminum Enclosure Alarm Buzzer Buzzer beeping when failed drive or array occurs Materal Matte Plastic & Coated Alumimum Dimension 5.71'' (W) x 10.31'' (H) x 12.91'' (D) Weight 12.9 lbs. Warranty 3 Year Performance HDD: 8x disks RAID0 2000/1900 MB/s RAID5 1700/1000 MB/s SSD: 8x disk (Read/Write) RAID0 2700/2400 MB/s RAID5 2700/1000 MB/s RAID Management Browser-Based management tool Password Default no password needed to access WebGUI in Mac Storage Status Indicator HDD Power, Present, Active, Fail, Rebuilding and Identify Email Alert Notification Yes Configurable RAID Block Size up to 1MB Yes Flash ROM for Upgradeable Firmware Flash ROM for Upgradeable BIOS DV Mode Technology Yes Storage Health Inspector Storage Health Inspector Redundant RAID Configurations Redundant RAID Configurations Bootable RAID Array Bootable RAID Array EFI BIOS for Mac Platform EFI BIOS for Mac Platform Multiple RAID Partitions supported Multiple RAID Partitions supported Online Array Roaming Online Array Roaming Online RAID Level Migration (ORLM) Online RAID Level Migration (ORLM) (macOS is not support) Online Capacity Expantion (OCE) Online Capacity Expantion (OCE) (macOS is not support) RAID Initialization Background/Foreground/Quick RAID Initialization Background/Foreground/Quick Global Hot Spare Disk support Global Hot Spare Disk support Automatic and configurable RAID Rebuilding Priority Automatic and configurable RAID Rebuilding Priority NVRAM with Write Journaling enhances RAID integrity Yes Disk Format compatible: 512, 512e, 4Kn Disk Format compatible: 512, 512e, 4Kn Larger than 2 TB Drive and RAID Array support Larger than 2 TB Drive and RAID Array support Spin down Massive Arrays of Idle Disks support Spin down Massive Arrays of Idle Disks support Native Command Queuing Native Command Queuing Write Back and Write Through Write Back and Write Through Compliance Certification CE FCC RoHS REACH WEEE Thunderbolt Certification Yes Operation Environment Temperature (operating) 5°C – 45°C (non-operating) -40°C – 65°C Kit Contents 1x 8-Bay Enclosure 8x Drive Trays 1x 40Gb/s Thunderbolt™3 cable 1x UL Power Cord 32x 3.5” HDD mounting screws 32x 2.5” SSD mounting screws 1x Quick Installation Guide Download Firmware Firmware Download Windows WebGUI - RAID Management Interface (Support Secure Boot Enable & Disable) Download Driver for Windows (Support Secure Boot Enable & Disable) Download Linux Linux Open Source Driver embedded in OS WebGUI - RAID Management Interface (Support Secure Boot Enable & Disable) Download Mac Intel/Apple Silicon M series – macOS 10.12 and later Download HRM - RocketStor RAID Manager Download Documentation Datasheet Download Compatibility List Download Quick Installation Guide Download User Manual Download RAID Controller/Enclosure Port Guide Download HighPointIOP macOS Installation Guide Download HPT CLI Guide Download Gallery FAQ Q1: When using HighPoint products, do you need to set the SATA Model in the motherboard BIOS to RAID Mode? *Actual performance will vary depending on system environment (system configuration, disk configuration).