Used CADENCE Palladium XP XL A8 #9379535 for sale

CADENCE Palladium XP XL A8 is a total equipment solution for high-volume manufacturing test and burn-in applications. The A8 system is built on the latest technology for efficient power consumption, high performance and ultra-reliable operation. It features a combination of hardware, network cabling and embedded software, enabling very high-throughput, low-cost testing and burn-in capabilities. The hardware components of the A8 unit include 8 racks, each of which houses 8 separate test nodes. The individual test nodes can be configured with a range of hardware, including Pentium 4-based boards, ATI Mobility Radeon GPUs, and high density memory cards. Each node can be further configured with a mix of specialized boards, such as Fibre Channel or SAS controllers, or RAID controllers. The network cabling that interconnects the racks within the A8 machine provides high speed 10 GbE Ethernet connectivity for data communications with the host. The embedded software of the A8 enables automatic load balancing, as well as a network monitoring tool that provides real-time insights into the operational environment. The embedded software also provides asset level control and adminstrative functions, such as remote model management and equipment health monitoring. In addition, it includes a highly efficient power supply system, with fanless operation and low-power consumption. The total unit supports both high-volume testing and burn-in applications. It is an ideal solution for efficiently driving highly-complex test and burn-in configurations. It is highly configurable, allowing users to select their own boards, hardware and cabling. The machine can also be fully integrated with third-party testing and burn-in applications. Palladium XP XL A8 provides a total tool solution that is reliable, high-performance and energy-efficient. Thanks to its multi-node, multi-rack architecture and wide range of hardware/software flexibility, it is an ideal choice for organizations that require efficient and reliable high-volume testing and burn-in systems.