PLX Technology (NASDAQ:
), a leader in high-speed connectivity solutions for the enterprise and the home, today announced that two configurations of PLX® ExpressLane™ PCI Express® (PCIe®) switches are enabling the high-performance CPU-GPU flexible scale-out in the latest HP ProLiant SL390s G7 4U server platform.
The new HP ProLiant SL390s G7 4U servers, with PLX switches enabling system fan-out, are part of the
SL6500 Scalable System
family of HP server solutions optimized for scale-out and HPC market segments. With high-density trays in half-width form factors, the SL390 family allows system designers to greatly reduce costs and maximize efficiency by sharing power supplies and fans. HP ProLiant
SL390s G7 4U servers
are built to enable massive compute environments with modular architectures that reduce components and maximize return on investment.
The HP SL390 solutions have been implemented in several of the TOP500 Supercomputer implementations across the globe. HP currently holds a prestigious rank of fourth on the TOP500 and the second rank on the Green TOP500, with both installations featuring the GPU-intensive computation capabilities of the SL390s servers.
(64 lanes, 16 ports) and
(48 lanes, 3 ports) PCIe Gen2-compliant switches were chosen by HP for their industry-leading performance, x16 support, low power and latency, and flexible port configurations. The PLX switches offer exclusive x16 port flexibility to each GPU in the SL390s 4U, thereby offering optimal performance and efficiency. These specialized features, coupled with the SL system’s modular design, enable maximum GPU-CPU rack-mount density.
The PLX switches help reduce the total cost of ownership by allowing for a fully integrated solution versus forcing customers to purchase multiple cables, host interface controllers and miscellaneous options that drastically increase aggregate cost. The vast amount of additional components and cables also lend themselves to possible service issues when installed in heavily dense configurations. The SL6500 further lessens this issue with front cabling, which is ideal for secured data center hot-aisles or ultra-dense implementations.