Liqid’s innovative software-defined composable infrastructure platform enables users to manage, scale out, and configure physical bare-metal server systems in seconds.

Liqid’s innovative software-defined composable infrastructure platform enables users to manage, scale out, and configure physical bare-metal server systems in seconds.

Liqid Composable Infrastructure Technology leverages industry-standard data center components to deliver a flexible, scalable architecture built from pools of disaggregated resources interconnected over PCIe to deliver dynamically configurable bare-metal servers.

Liqid, the leader in composable infrastructure, was founded in the Denver area by a team of technology experts with decades of collective experience in data center architecture and design.

Whether for AI, HPC or any other GPU-centric workloads, learn how Liqid delivers breakthrough flexibility and scale to both new and existing servers with Composable Disaggregated Infrastructure(CDI) software, while driving new levels of GPU resource utilization.

Liqid Raises $100 Million To Drive Agile, Scalable, Sustainable Software-Defined Data Centers. Liqid, the world’s leading software company delivering data center composability, announced $100 million in Series C funding.

Meet today’s most challenging workload demands with Liqid IO Accelerators. With a performance optimized NVMe PCIe Gen 4 design, Liqid delivers 4M IOPS, 26GB/s throughput, and only 10μs latency for world record performance.

Provision GPUs when and where they’re needed in seconds via Liqid Matrix software, with GPU On-Demand. GPU resources can be quickly added to connected host via Liqid UI, API or CLI. Once added, the GPU appears local to the host.

Liqid, the world’s leading software company delivering data center composability, today announced continued success in the area of composable memory with another Liqid Matrix software demonstration of DRAM memory attached via …

A Liqid composable solution operates more efficiently and at higher utilization rates, reducing the amount of equipment to cool, and in turn, reducing the amount of water required. Reduce disposal rates by maximizing the lifespan of existing assets