Name: R8G90C HPE ACC100 VRAN Dedicated Accelerator Card for Telecom
Brand: HPE
SKU: R8G90C
Price: 83.20 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The R8G90C HPE ACC100 VRAN Dedicated Accelerator Card provides specialized acceleration designed for virtualized radio access networks within telecom environments. It integrates with server platforms to assist in processing network functions, aiming to improve efficiency by accelerating telecom workload tasks.

General Information
Brand	HPE
Part Number	R8G90C
HARQ Support	No
O-RAN Support	No

Technical Information
Accelerator Type	Fixed-Function ASIC
Supported Network Generation	4G LTE, 5G NR
Card Interface Type	PCIe Add-in Card
vRan Supported APIs	DPDK BBDev, DPDK, SR-IOV
Cooling Type	Passive
Power Connector	None (slot-powered)

Miscellaneous
Assembly Required	No
Eco Friendly	Yes
Compliance Standards	WEEE, RoHS, CE, FCC, UL, TUV

vRAN / FEC Features
FEC Acceleration Support	Yes
Supported FEC Type	LDPC, Turbo, Polar Code

Physical Characteristics
Slot Width	Full-Height Full-Length (FHFL)
Form Factor	Full-Height Full-Length (FHFL)
Weight	3.00
Condition	Refurbished

Product Description
The R8G90C HPE ACC100 VRAN Dedicated Accelerator Card is engineered to support telecom environments, specifically enhancing virtualized radio access network (vRAN) functions. It is used to accelerate and optimize workloads associated with telecom infrastructure. This card typically benefits telecom operators and enterprises deploying vRAN solutions who require hardware acceleration to improve processing efficiency for network functions. Key Features Dedicated hardware acceleration for vRAN telecom workloads Designed to integrate within HPE server platforms Supports acceleration of network and radio processing tasks Optimizes vRAN application performance by reducing latency Manufactured by HPE for compatibility and support In telecom networks, the R8G90C accelerator card plays a role in enhancing the processing capabilities of virtualized RAN deployments. By offloading specific tasks from the main processor, it helps improve overall system performance in telecom infrastructure.

Use Cases
The R8G90C accelerator card is typically deployed in telecom data centers and network infrastructure where virtualized radio access networks are implemented. It is suited for environments requiring hardware acceleration to handle demanding telecom processing tasks. How It's Used: Accelerating virtualized radio access network (vRAN) processing in telecom networks Supporting telecom operators in optimizing network function virtualization workloads Deploying within HPE servers to enhance telecom infrastructure performance Reducing processing latency for radio and network data streams Assisting in edge computing scenarios for telecom service delivery Overall, the R8G90C card serves as a hardware accelerator that enables telecom providers to manage virtualized workloads more effectively, contributing to optimized network operation and resource utilization.

FAQ's
What is the primary function of the R8G90C accelerator card? The R8G90C is designed to accelerate virtualized radio access network (vRAN) workloads in telecom environments, assisting in network function processing. Which environments is the R8G90C intended for? This accelerator is intended for telecom data centers and infrastructure deploying virtualized RAN solutions requiring hardware acceleration. Is the R8G90C compatible with all HPE servers? The card is manufactured by HPE to integrate with specific server platforms, but exact compatibility depends on the server model and configuration. What type of workloads does the accelerator support? It supports telecom-specific workloads, especially those related to radio and network processing in virtualized environments. Does the R8G90C reduce latency in telecom applications? Yes, by offloading processing tasks, it helps reduce latency associated with virtualized RAN workloads. How does the R8G90C fit into vRAN deployments? The card acts as a hardware accelerator within vRAN deployments, enhancing processing efficiency and network function performance.