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Rocket 1749E
Datasheet
PCIe Gen4 x16 to DC-Class 8x E1.S NVMe Switch AIC
Key Features:
8x E1.S Ports (dedicated x4 lanes per port)
No. of Devices: Up to 8
Bus Interface: PCIe 4.0 x 16
Switch AIC: Robust, Plug & Play NVMe Storage Expansion solution
Natively supported by Mainstream Operating systems
DC Class SSDs: E1.S (9.5mm/15mm)
Product Model | Rocket 1749E |
Hardware Features | |
Bus Interface | PCIe 4.0 x16 |
Number of Channel / Port | 8 x E1.S Ports (Dedicated PCIe 4.0 x4 per port) |
Connector Type | E1.S |
Number of devices | 8 |
SSD Form Factor | 9.5mm: Up to 8 SSDs;
15mm: Up to 4 SSDs |
Data Transfer Rate | 32GB/s |
External Power Connector | Yes; Uses PCIe Standard 2x3 Power Connector |
Toolless SSD Installation | Yes |
Mechanical Specifications | |
Form Factor | Full-Height, Full-Length, Dual-Width |
PCIe Bracket | Dual-Width Full-Height Ventilated Bracket |
Cooling Solution | Dual Low-Decibel Cooling Fans & Full-Length Aluminum Heatsink |
Card Dimensions | 284mm (L) x 110mm (H) |
Card Weight | 2.60 lbs. |
Supported Systems | |
OS | Native OS Support |
Software Secure Boot | Yes |
Operating Environment | |
Working Temp. | +5°C ~ + 55°C |
Storage Temp. | -20°C ~ +80°C |
Operating Voltage | PCIe: 12V(+/- 8%), 3.3V (+/- 8%) |
Power | Typical: 17.28W |
MTBF | 920,585 Hours |
Kit Contents | |
Kit Contents | Rocket 1749E Switch AIC |
QIG |
Data Center Class Gen4 x16 AIC; Expandable Up to 8x E1.S Drives via a Single PCIe x16 Slot!
The Rocket 1749E is a cutting-edge Dual-Width PCIe Gen4 x16 Add-In-Card designed to meet the performance and reliability demands of modern Data Centers, Industrial, and Edge Computing Servers. Featuring 8x E1.S slots, this high-density storage solution delivers 28GB/s throughput or an impressive 6 million IOPS, with up to 61.44TB of storage capacity in a compact PCIe slot.
Engineered for ARM and x86 platforms, the Rocket 1749E delivers exceptional sustained performance, Quality of Service (QoS), and robust management features, making it the ideal choice for mission-critical workloads in environments demanding unparalleled performance and efficiency.
Key Features:
8 Independent E1.S Ports
Supports Up to 8x 9.5mm or 4x 15mm E1.S DC-Class SSDs
Leverages Broadcom’s 48-lane PCIe Gen4 PEX88048 PCIe Switch IC:
• Ensures the fastest, densest downstream connectivity possible
• Optimizes signal integrity & stability, and minimizes latency
Designed to maximize performance & connectivity density per PCIe 4.0 x16 slot: 28 GB/s and 6 Millions IOPs
Advanced Dual-Width NVMe Cooling Solution & Toolless Loading System
Natively supported by Mainstream Operating systems: delivers driverless deployment experience
Robust, flexible & scalable: Tailor speed & capacity for the deployment & infrastructure requirements of each Application/Workflow
Supports Multi-AICs Configurations: 2 or more AICs can coexist in a single workstation or server
Supports x86 Intel/AMD & ARM Platforms
Powered by Class-Leading PCIe Gen4 Switch Technology
The Rocket 1749E is powered by HighPoint’s proven PCIe Gen4 Switching Architecture, which employs Broadcom’s industry leading PEX88048 IC Switch IC to optimize signal integrity, minimize latency and maximize data transfer speed. This enables the Rocket 1749E to provide x48 lanes of internal PCIe Gen4 bandwidth; x16 lanes are allocated to the upstream connection to the host platform, and 32 to the downstream ports (with x4 lanes to each NVMe port). This innovative, performance-focused architecture guarantees that maximum bandwidth is available to each E1.S SSD at all times, enabling the solution to a class-leading 28GB/s of real-world transfer performance.
Native, Driverless Mainstream OS Support delivers Seamless Deployment Experience
Rocket 1749E AICs are natively supported by all modern Linux and Windows based operating systems, and utilize Broadcom’s embedded MPT driver, and the OS’s native NVMe drivers. Administrators need only physically install the AIC – no software installation or unique management suite is required.
HighPoint PCIe/NVMe Switch storage solutions are universally compatible with all modern operating systems, including Microsoft Windows/Windows Server, Azure and Hyper-V, and Linux distributions such as RHEL, Debian, Ubuntu, & Rocky Linux.
NVMe media hosted by the AIC will be automatically recognized by these platforms, and can be formatted and partitioned using the default storage interface or SDS (software defined storage) application of choice.
In addition, native OS compatibility significantly streamlines service and maintenance sessions as support for the hardware is already embedded directly into each OS.
Compact, High-Endurance, and Feature-Rich NVMe Storage Solutions
Rocket 1749E AICs are the industry’s most compact datacenter grade NVMe storage solutions, and directly host up to eight 9.5mm or four 15mm E1.S drives via a single PCIe x16 slot. E1.S media provides significant advantages over client-class M.2 NVMe SSDs, offering a range of features typically associated with enterprise storage solutions, and excel in workflows that require persistent operation for extended periods of time, such as an online database or cloud storage service. As such, they can consistently maintain a high level of sustained write performance over extended I/O sessions, and have very long lifespans.
Compact Hardware Footprint: E1.S media is comparable in size to the M.2 2280 form factor; ideal for compact industrial platforms and desktop/workstation environments that are incapable of hosting 2.5” drive configurations.
High-Endurance: E1.S media was designed for applications that run for prolonged periods of time. As such, the endurance of E1.S SSDs is measured in DWPD (disk writes per day) as opposed to TBW (total bytes written), associated with client-class media.
Ultra-Low Latency: Minimizing latency enhances response time, which is critical for applications that require minimal delay, such as a database solution, virtualization service, or high-frequency trading servers.
Power Loss Protection (PLP): helps mitigate the risk of losing in-transit data during a power outage or PSU failure. PLP capable SSDs utilize can transfer data stored in the cache-NAND to permanent flash memory when the host system suddenly loses power.
Enhanced Data Security: E1.S media are often equipped with advanced security features such SED (self-encrypting disk) or FIPS (federal information processing standard) technology, which prevents access to data from unauthorized users.
NVMe-MI Support: Rocket 1749E AICs are designed to accommodate NVMe-MI capable E1.S storage media. NVMe-MI (NVMe Management Interface specification) provides an industry-standard framework for monitoring and managing the operational and health status of storage media, including endurance ratings, temperature and power consumption, and service providers to initiate firmware updates through Rocket 1749E AIC.
In summary, DC (datacenter) class E1.S NVMe SSDs provide a variety of advanced features designed to maximize transfer performance, enhance response time, and streamline the serviceability of data-intensive storage applications and demanding datacenter and edge computing environments.
Revolutionary Cooling Solution and Toolless System: Enhancing Performance and Simplifying Maintenance
The Rocket 1749E’s advanced cooling system is unique to our dual-width AIC product line, and was designed to enhance the performance potential and reliability of DC class NVMe media. The hardware system is comprised of a full-length anodized aluminum casing, integrated heat sinks and a pair of ultra-durable, low-decibel cooling fans. This compact, efficient solution fully encases and insulates E1.S media from the host computing environment, and rapidly transfers waste heat away from critical SSD and controller componentry without injecting excessive noise into the workplace.
Unlike conventional AICs, SSDs are mounted vertically to maximize contact with the cooling airflow ingested from the twin fans to promote longevity of the E1.S media and switch IC while actively combat the threat of thermal throttling to ensure maximum transfer performance and responsiveness. The system has proven to be highly effective in real-world environments, and is fully capable of facilitating 24/7 operation.
The Rocket 1749E’s toolless SSD loading system was designed to simplify installation, upgrade and maintenance procedures. Technicians do not need to remove the PCIe device from the host system in order to access the storage media; the dual-fan cooling system features a unique latching mechanism that enables the module to swing up and away from the PCB to reveal the SSD slots. Each slot features a quick-release latch which enables administrators to quickly install or remove the SSDs without the need for hand tools or fasteners.
Applications & Use Cases
High-Performance Databases
The Rocket 1749E’s ultra-low latency and 28GB/s throughput make it ideal for high-frequency database solutions, enabling fast data retrieval and minimal delays. Its high-endurance E1.S media ensures consistent performance during sustained write operations, critical for transactional and online database services.
Virtualization & Cloud Services
With 6 million IOPS and compact dual-width PCIe Gen4 design, the Rocket 1749E excels in virtualization platforms and cloud infrastructures. It ensures high Quality of Service (QoS) for multi-tenant environments, supporting seamless scalability and sustained performance under heavy workloads.
Edge Computing & IoT
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For industrial and edge computing servers, the Rocket 1749E provides a compact, high-capacity solution with up to 61.44TB of storage. Its advanced cooling system and Power Loss Protection (PLP) make it reliable in remote or harsh environments where downtime is not an option.
AI & Machine Learning
AI/ML applications require fast data pipelines with minimal latency to process massive datasets efficiently. The Rocket 1749E’s 48-lane PCIe Gen4 switching architecture ensures maximum bandwidth allocation for each E1.S SSD, enhancing real-time AI/ML processing and model training.
Media Content Creation & Streaming
The Rocket 1749E is perfect for media workflows like 4K/8K video editing. Its high bandwidth and efficient cooling ensure sustained transfer speeds and prevent performance throttling during intensive read/write tasks.
CDN (Content Deliver Network)
The Rocket 1749E's proven PCIe Switching Architecture and Advanced Cooling system ensure ultra-low latency and consistently high sustained transfer speeds, ideal for CDN and streaming platforms.
High-Frequency Trading &
Financial Analytics
The Rocket 1749E’s ultra-low latency and enhanced data security features, such as SED and FIPS, make it a top choice for financial markets. Its robust design and real-time monitoring capabilities (NVMe-MI) guarantee reliability and rapid data access for critical trading and analytics operations.
PCIe Gen4 Solutions
Product | PCIe Lanes | Ports | E1.S FF | AIC FF |
|---|---|---|---|---|
Rocket 1749E | PCIe 4.0 x16 | 8 | 9.5mm (x8);
15mm (x4) | FH-FL-DW |
NOTE: Please email to GeneralSales@highpoint-tech.com for more information about upgrading to latest software and documents.
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