H3C has launched the UniServer R4930 G7, a 2U dual socket server powered entirely by next generation domestic processors. The platform scales up to 192 cores and 768 threads, delivering a 15% gain in single thread IPC alongside native AI vector acceleration instructions. The server relies on a 100% domestic component supply chain to target enterprise cloud, financial risk management, and government computing workloads.
The R4930 G7 expands raw physical core counts by 50% and doubles the thread count compared to the previous model. In virtualized cloud deployments, 1 physical machine can support roughly 120 medium load virtual machines, up from 80 on the prior platform. The CPU integrates AVX512 compatibility alongside native INT8 and BF16 instructions for machine learning workloads. This allows data centers to run general enterprise services and artificial intelligence inference on the same pool of hardware without building isolated acceleration clusters.
Memory slots accept 24 DDR5 modules operating at transfer rates up to 6400MT/s. This arrangement raises memory frequency by 33% and widens total bandwidth by 30%, which cuts latency for in memory databases and speeds up KV cache operations during large language model inference. Native support for CXL 2.0 enables memory pooling and heterogeneous hardware sharing across servers, allowing future memory expansions without replacing the base machine.
The 2U chassis accommodates up to 10 single width GPUs or 4 double width accelerator cards. PCIe connectivity offers up to 10 PCIe 5.0 slots for high speed add in network adapters. Drive bays support up to 41 storage drives for a maximum raw volume of 300T, with room for up to 28 NVMe drives. At an average 1080P video storage rate of 2GB per hour, 1 server can store 150000 hours of continuous video data without needing external drive arrays.
Platform security centers on a self developed baseboard management controller chip and an independent cryptographic security processor. The architecture supports national SM3 and SM4 encryption algorithms to block brute force system attacks, complemented by CPU level memory encryption and virtual machine isolation. Firmware stacks including the BIOS and BMC are proprietary to eliminate external control risks. The server carries full compatibility certifications across domestic operating systems, middleware, and cloud management suites to simplify enterprise migration.
