A new series of 12Gb/s SAS & 6Gb/s SAS/SATA RAID Tower Enclosures designed for professional servers and workstation applications that require robust, portable and easily serviced external storage solutions. RocketStor 6430TS Series Overview RocketStor 6430TS Series Overview RocketStor 6430TS Series Overview RocketStor 6430TS Series Overview HighPoint’s RocketStor 6430TS Series SFF-8644 to SAS/SATA RAID storage enclosures are fully compliant with 12G and 6 SAS media, and are designed for professional workflows that demand maximum reliability and uptime, ease of serviceability, and zero-compromise transfer capability in a compact, portable form factor. Available 4 to 8 independent drive bays, RocketStor 6430TS series enclosures can deliver over 3000MB/s of transfer bandwidth and are capable of hosting 160+TB of storage capacity. Easy to Install, Maintain & Service Easy to Install, Maintain & Service Easy to Install, Maintain & Service Easy to Install, Maintain & Service Rugged & Aluminum Construction Equipped with up to eight 2.5” and 3.5" hot-swappable drives trays Connect up to four independent SAS/SATA drives simultaneously per SFF-8644 connector Feature Rich Front-Panel Design Feature Rich Front-Panel Design Feature Rich Front-Panel Design Feature Rich Front-Panel Design The RocketStor 6430TS series enclosures are equipped with a selection of pro-active monitoring, alert and management features designed to simplify administration in the field. The most prominent feature of the enclosure’s front-panel is the configurable 16x2 backlit LCD screen. This LCD is an integral component of the enclosure’s cooling system, includes a selection of fan-related controls and reports ambient interior temperatures in real time. A bank of LED indicators actively monitors the status of hosted storage devices with simple yet highly-effective color-coding scheme; Yellow for warning, Red for failure or error, Green for Normal/Optimal. Complete Fan Control & Temperature Monitoring System Complete Fan Control & Temperature Monitoring System Complete Fan Control & Temperature Monitoring System Complete Fan Control & Temperature Monitoring System RocketStor 6430 series enclosures feature an advance cooling system that employs separate, dedicated fans for the drive bays and power supply, a 16x2 backlit LCD with built-in fan control and an audible alarm, and programmable temperature thresholds to tie it all together. RocketStor 6430TS RAID enclosures are powered by our industry proven SAS/SATA RAID stack, and are capable of supporting one more RAID 0, 1, 5, 6, 10, 50 arrays, non-RAID JBOD configurations and single drives. A built-in RAID Wizard enables administrators of any experience level quickly and easily configure RAID storage for a wide range of applications. Advanced Management Features allow customers to fine tune arrays for specific projects, with options to specify block size, enable auto-rebuild in the case of a disk failure and designate spare disks for recovery, and schedule routine automated maintenance sessions with Email notification. SAS/SATA RAID Solution SAS/SATA RAID Solution SAS/SATA RAID Solution SAS/SATA RAID Solution SHI (Storage Health Inspector) – allows administrators to instantly check the operating status of storage devices in real-time Online Array Roaming – simplifies storage upgrade and replacement procedures. RocketStor 6430TS Series RAID enclosures will automatically recognize arrays created with other HighPoint SAS/SATA RAID solutions, such as RocketRAID 2700 and 3700 series controller cards, and other HighPoint RAID enclosures. The arrays will remain intact and accessible, even if the drives are moved to different bays/ports. Intelligent 1-Click Self-Diagnostic Solution – customers no longer have to manually assemble a collection of screenshots, logs and status reports when submitting support inquiries. 1-click enables the interface to gather all necessary hardware, software and storage configuration data and compile it into a single file, which can be transmitted directly to our FAE Team via our Online Support Portal. 4 Models. Pick What's Right For You. 4 Models. Pick What's Right For You. 4 Models. Pick What's Right For You. 4 Models. Pick What's Right For You. RocketStor 6438TS - 1x 8-Bay Tower RAID Storage Enclosure - 1x 16-Port SAS 12Gb/s PCIe 3.0 x8 Adapter - 2x SFF-8644 Mini-SAS Cable Buy Now RocketStor 6434TS - 1x 4-Bay Tower RAID Storage Enclosure - 1x 16-Port SAS 12Gb/s PCIe 3.0 x8 Adapter - 1x SFF-8644 Mini-SAS Cable Buy Now RocketStor 6438S - 1x 8-Bay JBOD Tower Storage Enclosure Buy Now RocketStor 6434S - 1x 4-Bay JBOD Tower Storage Enclosure Buy Now Certified Accessories Certified Accessories Certified Accessories Certified Accessories RocketStor 6661A Thunderbolt™ 3 PCIe Expansion Chassis. The RS6661A is capable of hosting the RocketStor 6430TS’s PCIe RAID controller card – this combination enables customers to add external RAID storage to any Mac or PC platform with Thunderbolt™ 3 connectivity. RocketRAID 3742A 16-Port Internal/External PCIe 3.0 x8 12Gb/s SAS RAID Controller. The RR3742A is bundled with each RocketStor 6430TS enclosure. Installing a second card enables customers to quickly move the enclosure between the two systems while they remain active, thanks to the hot-swap and RAID Roaming capabilities. 8644-8088-1M1 (Recommended Cable for S-Models) 1 Meter SFF-8644 to SFF-8088 12Gb/s SAS Cable SFF-8644 to SFF-8088 12Gb/s SAS cable designed for use with the RocketRAID 3742A RAID controller and RocketStor 641xS/643xS Series SAS/SATA JBOD enclosures. 8644-HSAS-110 1 Meter SFF-8644 to SFF-8088 12Gb/s SAS Cable The 8644-HSAS-110 cable is designed for use with the RocketRAID 3742A RAID controller, and has been tested with a wide range of SAS and SATA hard drives and drive enclosures/rackmounts that support SFF-8644 connectivity. Resources RocketStor 6430 Series - Advanced Fan Control & Temperature Monitoring System RocketStor 6430TS Series: Online Array Roaming (AKA RAID Roaming) Model RocketStor 6434TS RocketStor 6438TS Feature Specifications Description 4-bay SAS/SATA Hot-Swappable Tower Enclosure 8-bay SAS/SATA Hot-Swappable Tower Enclosure Port Type SFF-8644 MiniSAS SFF-8644 MiniSAS Number of Drives 4 8 Drive interface 12Gb/s SAS & 6Gb/s SAS/SATA 12Gb/s SAS & 6Gb/s SAS/SATA Drive size 3.5" or 2.5" SSD or HDD 3.5" or 2.5" SSD or HDD Enclosure Dimensions 9.12''(H)*5.80''(w)*10.24''(D) 13.83''(H)*5.77''(w)*10.24''(D) Enclosure Weight 13.4 lbs 17.0 lbs Warranty 1 year 1 year Power supply 250W Internal Power Supply AC Input: 100–240V, 50-60Hz 250W Internal Power Supply AC Input: 100–240V, 50-60Hz Drive hotplug support Yes Yes Fan control Smart control & Manual control Smart control & Manual control Operating System Windows 11, 10, 8, 7 Windows Server 2022, 2019, 2016, 2012R2, 2008 Microsoft Hyper-V Only supports 64 bit operating system. Windows 11, 10, 8, 7 Windows Server 2022, 2019, 2016, 2012R2, 2008 Microsoft Hyper-V Only supports 64 bit operating system. 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 (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 (Kernel 3.10 and later) macOS 10.13 ~ macOS ventura 13.x macOS 10.13 ~ macOS ventura 13.x Support Intel and M1 chipset Support Intel and M1 chipset RAID Level support 0, 1, 5, 6, 10 and JBOD / Non-RAID Mode RAID 6 is not supported on macOS 0, 1, 5, 6, 10,50 and JBOD / Non-RAID Mode RAID 6 is not supported on macOS Advanced RAID Feature Configurable RAID Block Size up to 1MB No No Flash ROM for Upgradeable Firmware Yes Yes DV Mode Technology No No Storage Health Inspector Yes Yes Redundant RAID Configurations Yes Yes Optional Battery Backup unit retains data when power outage occurs No No Multiple RAID Partitions supported Yes Yes Online Array Roaming Yes Yes Online RAID Level Migration (ORLM) Yes (macOS is not support) Yes (macOS is not support) Online Capacity Expantion (OCE) Yes (macOS is not support) Yes (macOS is not support) RAID Initialization Background/Foreground/Quick Yes Yes Global Hot Spare Disk support Yes Yes Automatic and configurable RAID Rebuilding Priority Yes Yes NVRAM with Write Journaling enhances RAID integrity No No Disk Format compatible: 512, 512e, 4Kn Yes Yes Native Command Queuing Yes Yes Write Back and Write Through Yes Yes Storage Monitoring and Management Suite Browser-Based management tool Yes Yes CLI(Command Line Interface- scriptable configuration tool, Yes Yes API package Yes Yes Drive LED Indicator: Power, Present, Active Yes Yes SMTP Email Alert Notification Yes Yes Alarm Buzzer Yes Yes Top panel Portable components Bearing less than or equal to 18KG Bearing less than or equal to 18KG Front indicator Display screen 16x2 LCD display with user-controlled blue backlight 16x2 LCD display with user-controlled blue backlight Navigation key 4x navigation keys, respectively execute down, up, right, enter commands 4x navigation keys, respectively execute down, up, right, enter commands Status LED Solid Blue：Normal status Solid Blue：Normal status Flashing Yellow light：The enclosure's temperature has exceeded the warning threshold or the fan speed is below normal operating levels Flashing Yellow light：The enclosure's temperature has exceeded the warning threshold or the fan speed is below normal operating levels Red light flash: The fan speed is below the recommended minimum theshold Red light flash: The fan speed is below the recommended minimum theshold Hard drive bays 4 x 3.5"/2.5" hot-swappable drive bays 8 x 3.5"/2.5" hot-swappable drive bays Disk LED Indicator The first LED (top): Blue light flash：activity No light：idle The first LED (top): Blue light flash：activity No light：idle The second LED (below): Solid Blue：Disk has connected No light：Disk not connect The second LED (below): Solid Blue：Disk has connected No light：Disk not connect Compliance Certification CE FCC RoHS REACH WEEE CE FCC RoHS REACH WEEE Operating Environment Temperature (operating) 5°C – 45°C (non-operating) -40°C – 65°C (operating) 5°C – 45°C (non-operating) -40°C – 65°C Kit Contents 1x Quick Installation Guide 1x Quick Installation Guide 1x 4-Bay Tower Enclosure 1x 8-Bay Tower Enclosure 20x 3.5'' HDD mounting screws 40x 3.5'' HDD mounting screws 20x 2.5'' SSD mounting screws 40x 2.5 SSD mounting screws 1x UL Power Cord 1x UL Power Cord 1x RR3742A Controller 1x RR3742A Controller 1x SFF-8644(Mini-SAS) Cable 2x SFF-8644(Mini-SAS) Cable Product Specifications Product Gallery RS6434TS RS6438TS RS6434S RS6438S Windows Windows (10/11/server 2022/hyper-v 2019) Driver (Support Secure Boot Enable & Disable) Download WebGUI - RAID Management Interface (Support Secure Boot Enable & Disable) Download Linux Mac Driver Manual (RS6438TS RS6434TS) Download WebGUI - RAID Management Interface (Support Secure Boot Enable & Disable) Download HPT-Accelerate Software (Linux) Download Mac WebGUI - RAID Management Interface Download Intel/M1 platform – macOS 10.12 and later (RS6438TS/RS6434TS) Download Software Download Documentation Datasheet Download Compatibility list Download RS643xTS/RS6434TS_RS6438TS_Manual Download RS6434S_RS6438S Quick Installation Guide Download RS6434TS_RS6438TS Quick Installation Guide Download RAID Controller/Enclosure Port Guide & (RS6438TS/RS6434TS) Download HPT CLI Guide Download Data RAID - Driver & RAID Management Installation Guide (Intel/M1 MacOS11.x-13.x) (RS6438TS/RS6434TS) Download Linux Performance Optimization Scripts User Guide Download HPT-Accelerate Software User Guide (Linux) (RS6438TS/RS6434TS) Download HPT-Optimize Software User Guide (Linux) (RS6438TS/RS6434TS) Download FAQ 1. What will cause the Enclosure Alarm Beeper to trigger? 2. What is the acceptable temperature range that the enclosure and drives should operate at? 3. I set the fan setting to 0 why is the fan still spinning? 4. I set the fan setting to a lower number, why did the RPM appear to increase? 5. What disks have been tested with this enclosure? 6. Will any mail domain work for the email notification feature? 7. Is there a special procedure when hot swapping a drive? 8. What other controllers can be used with the RS6430S models? 9. Will I see any major performance difference when using a RR2700/RR4500 series controller with a RS6438S/RS6434S? 10. When using HighPoint products, do you need to set the SATA Model in the motherboard BIOS to RAID Mode? 11.Can RocketStor 643x enclosures be used with third-party SAS Adapters/HBAs?

HighPoint’s RocketAIC 6542AWW has established a new milestone for turnkey NVMe Storage. RocketAIC 6542AWW Nearly 1/2 Terabyte of Turnkey Enterprise-Class External NVMe RAID Storage HighPoint ’s RocketAIC 6542AWW has established a new milestone for turnkey NVMe Storage. The RocketAIC 6542AWW’s external form factor, integrated power supply, and powerful cooling system enables Monitoring Suite Boot-RAID Capability for Linux & Windows SafeStorage SED Solution Buy Now Product RocketAIC

Upgrade your workstation with the RocketStor 6661B – a compact Thunderbolt 3 to PCIe 3.0 x4 expansion chassis supporting full-length PCIe cards for high-speed workflows. RocketStor 6661B Datasheet Copy link Thunderbolt™ 3 to PCIe 3.0 x4 Expansion Chassis Key Features: Thunderbolt™ 3 40Gb/s Ports / Daisy Chain support for up to 6 devices Dual Ultra-Quiet, High-Efficiency Cooling Fans Supports 1x full-height/full-length/single-width PCIe card Versatile Storage & Connectivity Expansion; NVMe AICs, USB/Mini SAS connectivity Overview Specifications Downloads Feature Specifications RocketStor 6661B 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 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 Form Factor Full-Height, Full-Length (up to 8.2”), Single-Width Enclosure Indicator Power On Supported PCIe Cards Any Thunderbolt™ Aware PCIe card including Audio, Video Capture, Ethernet, Fibre Channel, Storage/RAID controller cards, and PCIe SSD Chassis Design Features Power on LED Indication (Blue) Rugged, Ultra-slim aluminum enclosure Dual-Ultra Quiet, high-efficiency Cooling fans Quick release thumbscrews for easy access Power Supply External 60W power supply Dimensions 2.24"(W) x 9.84"(D) x 6.26" (H) Weight 4.54 lbs. Material Aluminum Warranty 1 Year Power INPUT: 100-240V ~ 1.5A 50-60Hz OUTPUT: 12V ~ 5A MTBF 920,585 Hours Compliance Certification FCC, CE, ROHS & REACH, WEEE Kit Contents 1x RocketStor 6661B Expansion Chassis 1x 40Gb/s Thunderbolt™ 3 cable 1x Power cord 1x Quick Installation Guide 1x Screws 1x Power adapter RocketStor 6661B: The direct replacement for the RocketStor 6661A Ultra-Compact & Portable Thunderbolt™ 3 PCIe Expansion Chassis- transform your notebook into a compact media workstation! The RocketStor 6661B is a direct replacement for the RocketStor 6661A, HighPoint’s long-standing Thunderbolt™ 3 to PCIe 3.0 x4 expansion chassis. Maintaining the same compact form factor and core specifications, the 6661B features an updated BOM with modernized components for improved reliability and performance. It supports one full-height, full-length single-width PCIe card via a mechanical x16 slot and delivers up to x4 lanes of dedicated PCIe 3.0 bandwidth—maximizing Thunderbolt™ 3 connectivity for high-performance storage, networking, and media applications. Efficient Chassis Design keeps temperatures in check during Heavy Workloads 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 6661B was designed to accommodate performance intensive applications. The ventilated, all-aluminum chassis and dual cooling fans keep temperatures in check during high-stress workloads. Simple Plug and Play Installation The RocketStor 6661B 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! User Guides Datasheet Download Quick Installation Guide Download

Deliver Unparalleled Speed and Scalability for GPU Server Applications Maximizing Performance with the RocketAIC

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

Enhance your Mac Pro's productivity with HighPoint RocketAIC's pre-configured NVMe AIC drives. Ultra-Speed RAID SSDs RocketAIC drives deliver unbeatable storage performance. Our RocketAIC solutions deliver up to 27GB/s of transfer performance. RocketAIC 7505HM Up to 16TB storage Performance: 14GB/s Performance: 27GB/s RocketAIC 7540HM Up to 32TB Quick & Intuitive Management Suite RocketAIC Product Family Ultra-Speed Series RocketAIC 7540H series

RocketU High-Performance Series USB HBA's Industry Proven Dedicated Per-Port Performance Architecture RocketU High-Performance series HBA's are powered by our industry-proven Per-Port Performance architecture RocketU High-Performance Series HBA's were designed to excel in high-stress computing environments, and : Native xHCI Support Integrated Cooling System Windows & Linux RocketU 1444C 4x Dedicated USB 3.2 20Gb RocketU 1144F(Direct Replacement & Upgrade for the RocketU 1144D) 4x Dedicated USB 3.2 5Gb/s Type-A Ports

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

solution is to opt for a PCIe Gen5 NVMe AIC or Adapter with PCIe Switching Technology, such as HighPoint’s Rocket 1600 Switch or Rocket 7600 RAID series. HighPoint's Rocket 7600 and 1600 Series AICs & Adapters: Guaranteed Gen5 x16 NVMe Storage Performance true Gen5 Storage performance for your high-end workstation, you will want to consider a HighPoint Rocket 7600 Series AIC RAID controller or Rocket 1600 Series Switch AIC.

Rocket 152x series NVMe Switch Adapters represent a new benchmark for PCIe Gen4 storage scalability and Field Service Feature Suite HighPoint’s 2nd-Generation Rocket 152x Series PCIe Gen4 NVMe Switch Adapters Rocket 152x Series PCIe Gen4 x16 NVMe Switch Adapters are now available worldwide direct from our E-Store Rocket 1528D – PCIe Gen4 x16 to 4-SlimSASx8 NVMe Switch Adapter: MSRP USD $699.00 2nd Gen PCle 4.0 Switch

Performance: Leveraging industry-leading PCIe switching technology, the RocketStor 8531AW/RocketStor 8631CW Enterprise-Grade Connectivity: Equipped with external CopprLink and CDFP cables, the RocketStor 8531AW/RocketStor 8631CW In Summary HighPoint’s RocketStor 8531AW and RocketStor 8631CW establish a new standard for GPU expansion PCIe 4.0 x16 GPU Expansion Chassis https://www.highpoint-tech.com/rs8531aw-individual-page/ RocketStor 8631CW

that demand the highest possible storage performance and capacity in a small-footprint form factor, Rocket Proven PCIe Switch Technology Delivers Maximum Bandwidth with Near-Zero Latency Rocket 6500 Series JBOF drive trays, 1x CDFP-CDFP-1M Cable, Quick Installation Guide (QIG) and UL Cable MSRP: USD $1799.00 RocketAIC