MPN: 864054-001·By: HP
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The HPE Apollo 100Gb 48-port Intel Omni-Path Architecture Unmanaged Switch (SKU 864054-001) is a high-performance networking solution designed for datacenter and high-performance computing environments. This unmanaged switch features 48 ports at 100Gb per port, providing a total switching capacity of 4.8 Tbps based on Intel Omni-Path Architecture. As a blade module for the Apollo k6000 chassis, it integrates seamlessly with HPE Apollo 6000 Gen10 systems, supporting 24 downlink and 24 uplink ports. Built on Intel OPA switch Silicon 100 series 48-port ASIC, it offers 100 Gbps bidirectional speed per port and configurable virtual lanes from 1-8 plus one management VL. Ideal for large HPC clusters, it enables cost-effective, high-speed connectivity without management overhead. Its modular design ensures scalability and reliability in demanding workloads like scientific simulations and AI training.
| Manufacturer part # | 864054-001 |
|---|---|
| Brand | HP |
| Condition | Refurbished |
| Model | Apollo 100Gb 48-port Intel Omni-Path Architecture Unmanaged Switch |
| Architecture | Intel Omni-Path |
| Product Line | HPE Apollo |
| Product Type | Unmanaged Network Switch |
| Target Market | Datacenter; High-Performance Computing |
| Virtual Lanes | Configurable from one to eight VLs plus one management VL |
| Management Type | Unmanaged |
| MTU Size Options | 2KB, 4KB, 8KB, or 10KB |
HPE Apollo 100Gb 48-port Intel Omni-Path switch integrates into Apollo k6000 Chassis for datacenter HPC deployments
Designed as a component module within HPE Apollo k6000 Chassis for high-performance computing infrastructure
Supports large-scale high-performance computing clusters with 48 x 100Gb ports and 4.8 Tbps switching capacity, enabling low-latency interconnects for compute-intensive tasks.
Integrates as a blade module in Apollo k6000 chassis, providing Intel Omni-Path fabric for efficient data transfer in Gen10 systems.
Delivers 100Gb bidirectional speeds per port for massive parallel processing, ideal for AI workloads requiring high throughput.
Unmanaged design with virtual lanes (1-8 VLs) ensures reliable, high-bandwidth connectivity in simulation environments.
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[email protected]| Fabric Technology | Intel Omni-Path |
|---|
| Network Management | 10/100/1000 Base-T Ethernet management |
|---|
| Unicast Table Size | 49151 entries |
|---|
| Management Features | Command Line Interface, Chassis Management GUI, Fabric Management GUI, Serial Console |
|---|
| Management Protocols | Network Time Protocol (NTP), SNMP/MIBs, LDAP |
|---|
| Multicast Table Size | 8192 entries |
|---|
| Port Speed | 100Gb per port |
|---|---|
| Total Switching Capacity | 4.8 Tbps (48 × 100Gb) |
| AC Input | 100-127V/200-240V, 50-60 Hz |
|---|---|
| Power Supplies | Redundant Hot-Pluggable 750W Platinum Level Power Supplies |
| Typical Power (Copper) | 210W |
| Maximum Power (All Optical) | 380W |
| Weight | 7.26 kg (16 lbs) |
|---|---|
| Dimensions | 17.2" W x 16.6" D x 1.72" H |
| Form Factor | Blade module for Apollo k6000 |
| Chassis Type | Modular switch for Apollo k6000 Chassis |
| Cooling | Redundant Cooling |
|---|---|
| Air Flow Direction | Forward Direction Air Flow |
| Operating Temperature | 0°C to 40°C (32°F to 104°F) |
| Port Type | QSFP28 |
|---|---|
| Cable Support | Passive copper or active fiber cables |
| Network Ports | 48 ports |
| Serial Console | USB serial console port |
| Management Port | RJ45 1G optional management port |
The switch features 48 ports at 100Gb each, typically configured as 24 downlink and 24 uplink ports in HPE Apollo 6000 Gen10 systems. This setup supports large HPC clusters with 4.8 Tbps total switching capacity based on Intel Omni-Path ASIC.
It is an unmanaged network switch, requiring no external management software. This design leverages Intel Omni-Path Architecture for plug-and-play operation, ideal for datacenter environments focused on high throughput rather than complex configurations.
This blade module is designed for the HPE Apollo k6000 chassis. It integrates directly into Apollo 6000 Gen10 systems, sharing power and cooling resources while providing 48-port Omni-Path connectivity.
Each of the 48 ports operates at 100 Gbps bidirectional using Intel Omni-Path Architecture. Virtual lanes support 1-8 VLs plus management VL, enabling efficient fabric performance up to 4.8 Tbps.
Targeted at datacenters and high-performance computing, it excels in HPC clusters, AI training, and scientific simulations. The 100Gb speeds and unmanaged operation deliver cost-effective scalability for large node interconnects.
As a blade in Apollo k6000, it leverages the chassis' redundant power supplies (typically 2 units, 100-240V AC). This ensures high availability without dedicated PSUs per switch module.
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