The HighPoint Rocket 7638D PCIe Gen5 Switch Adapter addresses this challenge by providing a dedicated Learn More   The Solution: HighPoint’s Rocket 7638D   The Rocket 7638D proven PCIe Gen5 switch architecture The Rocket 7638D leverages HighPoint innovative Gen5 PCI-SIG CopprLink certified cabling solution to Q2: How does Rocket 7638D improve AI training? Rocket 7638D eliminates this issue with a dedicated PCIe switch.

HighPoint NVMe Switch AIC & Adapter Powered By Broadcom MPT & Native OS Drivers HighPoint’s NVMe Switch Series PCIe AICs and Adapters leverage Broadcom’s industry leading PCIe switch technology to deliver unmatched storage performance and reliability. Designed to satisfy today’s most data-intensive applications, our Gen5 and Gen4 NVMe switch solution have been engineered to ensure each hosted NVMe SSDs delivers maximum transfer throughput in even the most challenging workloads and provide native NVMe connectivity for mainstream Linux and Windows based operating systems . One of the key factors behind the Switch Series’s impressive performance capabilities is Broadcom’s MPT driver. Natively supported by Windows and Linux based operating system, the MPT Driver manages I/O requests between the PCIe Switch Chipset and NVMe storage devices. The following article explores how the MPT driver interacts with the host OS’s native NVMe drivers to maximize data transfer throughput.   Native OS Compatibility for Seamless Integration   Native support streamlines service and maintenance sessions as support for the hardware is already embedded directly into the OS itself. HighPoint NVMe Switch solutions utilize two device drivers; Broadcom’s MPT driver, and the native NVMe drivers. Both drivers have been incorporated into all mainstream Windows and Linux operating systems. As such, HighPoint Switch series AICs and Adapters will be automatically recognized by these platforms; no additional software is required. Likewise, any SSD hosted by the AIC or Adapter will be recognized as an ordinary, physical drive by the operating system.   Communication Breakdown – how the NVMe Device Drivers work   As previously discussed, HighPoint NVMe Switch Solutions leverage two distinct drivers – the Broadcom MPT driver, and the native NVMe drivers provided by the OS. Broadcom’s MPT driver manages communication between the PCIe Switch chipset and the host system. The Native NVMe driver handles direct interaction with the NVMe storage devices (the SSDs). These two drivers interact seamlessly with another, and facilitate low-latency, highly efficient data transfer; ideal for a wide range of demanding applications including AI and ML workloads, high-speed data ingestion and processing, and large-scale storage systems such as an enterprise server or Edge Data Center.   An overview of how these drivers interact is outlined below:   1. NVMe Device to Broadcom MPT Driver : The NVMe device (SSD) communicates with the PCIe Switch chipset, which forwards the requests to the Broadcom MPT Driver.   2. MPT Driver to Native NVMe Driver : The MPT driver routes the request to the native NVMe driver, which interacts directly with the NVMe device.   3. Native NVMe Driver to Operating System : The Native NVMe driver processes the read/write requests to the NVMe media, translating them for the OS's storage subsystem.   4. Response Flow : The process reverses, with the OS sending the response back through the native NVMe driver, MPT driver, and PCIe switch to the NVMe device.   Learn More HighPoint’s Industry-Proven PCIe Switching Architecture PCIe Gen5 NVMe Switch AICs & Adapters PCIe Gen4 NVMe Switch AICs & Adapters

Why PCIe Switch Adapters Solve This   A dedicated PCIe switch adapter,   such as the HighPoint Rocket model training, HPC simulations, scientific imaging, and media production —solutions like the HighPoint Rocket Learn More HighPoint Rocket 7638D external PCle Gen5 Switch Adapter HighPoint Unlocks NVIDIA GPU Power First Hardware Architecture for GPU-Direct NVMe Storage Unleashing AI Performance with HighPoint’s Rocket By using a dedicated PCIe switch adapter like Rocket 7638D, which provides full Gen5 x16 bandwidth to

(non-uniform memory access): This setting may also be presented along the line of “NUMA nodes per socket

HighPoint Manufactures the industry Most Comprehensive 8-Port Count NVMe RAID & HBA Controller Family HighPoint manufacturers high-port count HBA solutions for every application and platform. All PCIe Generations (PCIe 3.0 and 4.0) and NVMe form-factors are supported (M.2, E1.S, U.2/U.3), a variety of connectivity configuration are available (internal, external and hybrid), and two distinct product lines (RAID HBAs and connectivity HBAs) have been released. HighPoint’s 8-Channel NVMe HBAs utilize the state-of-the-art PCIe switch technology to maximize transfer performance for each device port. Our Gen4 controllers features a 48-lane PCIe 4.0 switch chipset that ensures a dedicated x16 lanes of upstream bandwidth are available at all times. And importantly a dedicated x4 lanes are allocated to each NVMe channel. This combination ensures that the full 28GB/s of real-world transfer bandwidth is always on tap. HighPoint currently manufactures three PCIe Gen4 NVMe RAID HBAs capable of directly hosting up to 8 NVMe SSDs. However, each model was designed for a specific class of NVMe media and target application. Product Matrix 8x Port (E1.S & M.2) NVMe Host RAID Controller Matrix 8x Port (M.2) NVMe Connectivity HBA Matrix 8x Port (2.5” U.2/U.3) NVMe Host RAID Controller Matrix 8x Port (2.5” U.2/U.3) NVMe Connectivity HBA Matrix SSD7540 8x M.2 NVMe RAID Controller The SSD7540 is an 8-Channel PCIe 4.0 x16 M.2 NVMe RAID HBA. It is capable of directly hosting up to 8 2240/2260/2280 form-factor M.2 SSDs in one or more RAID 0, 1 or 10 arrays and single disk configurations, at speeds up to 28GB/s. The SSD7540 was designed to support off-the-shelf client-class M.2 SSDs, such as Samsung’s 980 PRO and KIOXIA’s XG8 series, and is an ideal solution for high-performance applications and data acquisition workflows such as an HD Video Capture platform, Security System or digital media workstation. The SSD7540’s single-width form factor enables it to be easily installed into most industry standard server and workstation platforms with a free PCIe 4.0 x16 slot. SSD7749E 8x E1.S NVMe RAID Controller The SSD7749E is our fastest NVMe RAID solution to date. It can support up to 8x 9.5MM or 4x 15mm DC high-endurance, high-capacity (datacenter) class E1.S NVMe SSDs in one or more RAID 0, 1 or 10 arrays and single disk configurations. It was designed specifically to address the stringent performance, reliability and capacity requirements of high-end industrial and scientific workflows, including AI Server and Workstation applications. A single SSD7749E HBA is capable of delivering up to 28GB/s of sustained transfer performance. Customers that demand an even higher performance threshold can link a pair of SSD7749E HBAs using HighPoint’s Cross-Sync RAID technology to double storage capacity and deliver an astounding 55GB/s of transfer bandwidth. Like the SSD7749M, the HBA’s dual-width form factor enables it to provide a purpose-built cooling solution designed to eliminate thermal throttling, and provide a service-friendly tool-less loading system for high-end E1.S media. SSD7749M 8-Channel 22110 NVMe RAID Controller The SSD7749M is an eight-channel 22110 M.2 NVMe RAID HBA designed for use with PCIe Gen4 and Gen5 server and workstation platforms, and is capable of supporting up to 8xDC (datacenter) class M.2 NVMe SSDs in one or more RAID 0, 1 or 10 arrays and single disk configurations. The dual-width form factor was adopted in order to implement a purpose-built cooling solution designed thermal throttling, and accommodate a novel tool-less loading system for 22110 form-factor NVMe media. The SSD7749E is an ideal storage solution for High-End Media Workstations, Business servers and Edge Computing applications that demand an M.2 based storage solution with enterprise class features, such as PLP (power loss protection), designed to accommodate demanding 24/7 workflows while provide a high level of sustained write performance. Cross-Sync RAID technology enables a pair of SSD7749M HBAs to leverage up to 32x lanes of host bandwidth to deliver 55GB/s of sustained transfer performance. Learn More: NVMe AICs NVMe RAID AICs

HighPoint currently manufactures two distinct NVMe AIC product lines: our Rocket 1000 series NVMe AICs So, which system is right for your application and platform – a Rocket series AIC or SSD series RAID This combination enables Rocket series NVMe AICs to allocate a dedicated x16 lanes of Upstream bandwidth As such, Rocket 1000 series AICs can be easily integrated into nearly any modern computing platform, Learn More: SSD7000 series NVMe AICs Rocket 1000 series NVMe AICs NVMe Product Matrix

The RocketU 1411C USB 3.2 HBA is the perfect partner for the RocketMate 110 external NVMe enclosure. RocketMate 110 The RocketMate 110 is stand-alone NVMe to USB 3.2 20G enclosure, and can support any off-the-shelf RocketMate 110 RocketU 1411C The RocketU 1411C Due to the industry standard USB 3.2 interface, you can hot-swap a RocketMate when paired with a RocketU 1411C (or any other RU1400 series controller, such as the4-port RocketU 1444C and 8-Port RocketU 1488C

The 8-port RocketU 1388D (RU1388D) features the improved cooling system first developed for our 20G RocketU If the RocketU 1388D has been installed into a platform capable of maintaining the recommended temperature

Although RocketAIC drives are ready to use right out of the box, HighPoint has provided a range of optional Auto-Rebuild: When a physical disk fails, the RocketAIC drive will take the unit offline. RocketAIC Drives can support one or More Disk Arrays! SSDs hosted by a RocketAIC drive can be moved to another RocketAIC drive of the same class (RA7505H to Bootable RocketAICs for Dell & HP Platforms RocketAIC for Mac Pro Workstations

The RocketU 1144F (RU1144F) is a direct replacement for the longstanding RU1144D, which is set to be Like its predecessor, the RocketU 1144F features driverless installation, and is natively supported by The RocketU 1144F features a USB 3.2 chipset, which is backwards compatible with all USB 3.x and 2.0 Diagram (bus bandwidth, per-port performance architecture) In addition, the RocketU 1144F delivers twice

HighPoint Rocket Series NVMe AICs Support DC-Class SSDs HighPoint offers two product lines suitable for DC class media; NVMe AICs and NVMe RAID AICs: Rocket 1xxx Series NVMe AICs Rocket 1500 and 1000 series Rocket series NVMe AICs are supported natively by all current operating systems (Linux, Windows, macOS Learn More: Double-Wide Cooling Solution Dual-Width NVMe RAID AIC Rocket 1xxx Series NVMe AIC SSD7xxx

The RocketU 1444C shown above also features a PCIe switch chipset which ensures each port has dedicated Built for Professionals RocketU Dedicated Series HBA’s were built for professional solution providers As a result, RocketU Shared Series HBA’s are excellent USB connectivity upgrades for PC platforms – they