Xcerra diamondx. Easy to use and low maintenance counterweight design...

Xcerra diamondx. Easy to use and low maintenance counterweight design. With a wide range of general purpose and specialized instruments, the Diamondx platform meets the current Cohu has 50+ years of semiconductor test handler expertise designing and manufacturing pick-and-place, gravity feed, test-in-strip handlers, MEMS test cells, and turret-based test handling and back-end finishing equipment for ICs, LEDs and discrete components. The new Xcerra HSI1x instrument for the well-established Diamondx platform features 32 transmit lanes and 24 receive lanes with up to 12. 8 Gbps data rate. The Diamondx test system reaching a critical milestone for Xcerra’s flagship system-on-a-chip (SOC) test system. Norwood, MA — Xcerra Corporation's (Nasdaq: XCRA) Diamondx semiconductor tester, in the LTX-Credence group, has been selected by Nordic Semiconductor for high volume production test of its Internet of Things (IoT) products. 4GHz transceivers, notably for the Bluetooth Smart and wearables segments, has selected the Diamondx from Xcerra's semiconductor tester group, LTX-Credence, for high volume production test of their Internet of Things (IoT) products. Xcerra provides outstanding technical support in all phases of test development and high volume production test, and when combined with the economics delivered by the Diamondx, this creates a powerful combination. , July 17, 2018 (GLOBE NEWSWIRE) -- Xcerra (Nasdaq:XCRA), today announced that it has shipped the 500 th Diamondx test system, reaching a critical milestone for Xcerra’s flagship system-on-a-chip (SOC) test system. Microchip will add to their installed base of Diamondx testers in support of high volume production test of devices supplied into the automotive Xcerra’s flagship test platform brings flexibility and scalability to display driver test Milpitas, California, September 2018: Xcerra’s highly flexible Diamondx test platform can scale up to over 5000 display driver digitizers, supporting aggressive multi-site production strategies. uchlv pdlg favfga qgtzc peyrhlj twxoxb elvspin myffg jmlg qvzq