For Malaysian telco engineers and cloud-infrastructure buyers tracking the shift to commodity-server 5G radio kit, AMD has just dropped a new server CPU family aimed squarely at that crowd. The EPYC 8005 lineup, codenamed Sorano, scales up to 84 Zen 5 cores in a single socket and targets 5G vRAN, edge deployments, and dense cloud storage with a 70W to 225W power envelope.
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What's in the EPYC 8005 family
The 8005 range starts at eight cores and tops out at 84 in a single-socket configuration, built on AMD's Zen 5 microarchitecture. Each CPU comes with up to 96 PCIe Gen 5 lanes, six channels of DDR5-6400 ECC memory, and support for up to 3TB of RAM. The TDP scales from 70W at the low end to 225W at the top, giving operators room to deploy in space-constrained, fan-cooled edge cabinets as well as denser rack environments.
AMD's pitch is performance per watt and per dollar, with the line aimed at workloads where data centres cannot be scaled to fit. That covers cell-site shelters, retail back rooms, factory floors, and remote storage nodes. The chips also carry hardware optimisations for Layer 1 5G processing, including the low-density parity-check (LDPC) workloads that vRAN relies on for uplink decoding.
What this means for Malaysian 5G
Malaysia's 5G rollout is now in its dual-network phase. Digital Nasional Berhad still operates the original wholesale network, while the second 5G entity continues to roll out coverage in parallel. Capex pressure on both networks is real, which is why vRAN economics matter: shifting radio baseband from proprietary hardware to commodity server CPUs running open software has been telco strategy for years, but the economics only recently moved into a workable range.
AMD shared a Samsung test result that nudges that needle further. Samsung ran its multi-cell vRAN software on a single server powered by the 84-core EPYC 8635P. That setup supported 54 cells with 9.5 Gb/s of downlink throughput and 2.0 Gb/s of uplink throughput. For telcos, density per server matters as much as raw throughput, because every cell collapsed into commodity rack space is one less custom baseband unit to procure, power, and refresh.
Edge and cloud storage workloads
The 8005 line is not just a vRAN play. AMD positions it for retail edge AI (think in-store inference), telco edge compute, and dense cloud storage. Those workloads share constraints with vRAN deployments: limited power budgets, limited rack space, and a need for predictable per-watt performance rather than peak throughput.
For Malaysian buyers in retail tech, manufacturing edge, and managed cloud, the 8005 family widens the field of single-socket platforms that can hit those constraints without compromising on PCIe lanes for accelerators or storage controllers.
Availability
AMD has not disclosed Malaysian pricing or specific local OEM partner availability. The platform is launching globally via the OEM server vendors that already build EPYC platforms (HPE, Dell, Lenovo, Supermicro and others), so Malaysian channel availability will follow the usual server distribution cadence.
The takeaway
For Malaysian telco infrastructure teams and edge-cloud buyers planning 2026 and 2027 budgets, the EPYC 8005 is worth pricing in. The Samsung test gives a concrete number for vRAN density. For everyone else, the launch matters mostly as another data point that 5G radio is steadily moving from purpose-built hardware to general-purpose servers.