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Curious about improving your 5G network? The Qualcomm Accelerators for HPE enhance 5G network infrastructure by providing high-performance, low-latency, and power-efficient capabilities to simplify the adoption of virtualized RAN platforms by operators and infrastructure vendors. These PCIe inline accelerator cards seamlessly integrate into standard Commercial-Off-The-Shelf (COTS) servers, offloading CPUs from latency-sensitive and compute-intensive 5G baseband L1/Physical Layer functions, like demodulation, beamforming channel coding, and Massive MIMO computation needed for high-capacity deployments. Qualcomm Accelerators for HPE are O-RAN compliant and include an upgradable L1 software architecture, certifying adaptability to future 3GPP release features, extending the platform's lifespan, and reducing total cost of ownership.
SKU #
S1C90C
INDICATIVE PRICE:
All pricing* displayed is indicative; the reseller sets the final transactional price and may include other fees such as sales tax/VAT and shipping.
Pricing displayed for the products does not include applicable taxes and shipping.
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Sold by:
HPE
Pricing displayed for the products does not include applicable taxes and shipping.
Integrated beamforming processing is incorporated to improve signal strength and decrease interference, resulting in an overall enhancement of network efficiency.
Three-sector Massive MIMO technology with 64 transmit and receive channels, increases network capacity and readies the infrastructure for future high-capacity, low-latency workloads.
Upgradable architecture for L1 software enables compatibility with upcoming 3GPP release features, facilitating rapid deployment, and ultimately extending the platform's lifespan.
Integrated beamforming processing is incorporated to improve signal strength and decrease interference, resulting in an overall enhancement of network efficiency.
Three-sector Massive MIMO technology with 64 transmit and receive channels, increases network capacity and readies the infrastructure for future high-capacity, low-latency workloads.
Upgradable architecture for L1 software enables compatibility with upcoming 3GPP release features, facilitating rapid deployment, and ultimately extending the platform's lifespan.
High-Performance and Power Efficient
The Qualcomm Accelerators for HPE delivers high performance by offloading server CPUs from compute-intensive 5G baseband processing.
Lower TCO by reducing power consumption and decreasing the number of CPUs and cores required for ideal performance.
Improve energy efficiency by installing up to three of these PCIe accelerators (each consuming 35 watts of power) in an HPE ProLiant DL110 Gen11.
O-RAN Compliant Design with Architectures Flexibility
Qualcomm Accelerators for HPE support a range of baseband function split options, including all 7.x split functions and future split options (e.g., 7.3).
Integrated NIC for Fronthaul with low-PHY functions.
Provide deployment flexibility and facilitate scalable and cost-effective 5G RAN networks spanning mmWave and sub-6 GHz.
Upgradable architecture of L1 software enables rapid rollout of future 3GPP release features, extends platform lifespan, and helps reduce total cost of ownership.
5G RAN Turnkey Solution
Qualcomm Accelerators for HPE improve user experiences by helping virtualized and open RAN platforms to support the high-capacity and low-latency workloads of future networks.
Beamforming processing improves signal transmission and reception to better support simultaneous Massive MIMO 64T64R sectors.
High-Performance and Power Efficient-
The Qualcomm Accelerators for HPE delivers high performance by offloading server CPUs from compute-intensive 5G baseband processing.
O-RAN Compliant Design with Architectures Flexibility+
Qualcomm Accelerators for HPE support a range of baseband function split options, including all 7.x split functions and future split options (e.g., 7.3).
Qualcomm Accelerators for HPE improve user experiences by helping virtualized and open RAN platforms to support the high-capacity and low-latency workloads of future networks.
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