Embedded Star » Equipment

FlashRunner Quattro Standalone In-System Gang Programmer

Ken Cheung — Mon, 30 Mar 2009 18:55:23 +0000

SMH Technologies introduced the FlashRunner Quattro standalone in-system gang programming system. FlashRunner Quattro is based on the FlashRunner technology and is designed for programming multi-PCB panel assemblies. FlashRunner Quattro will be available in Q3 2009.

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PSA2701T Spectrum Analyzer

Ken Cheung — Tue, 15 Jan 2008 13:00:19 +0000

The PSA2701T, made by Thurlby Thandar Instruments, is a new type of instrument that utilizes the power of a handheld computer to provide engineer the opportunity to own a powerful 2.7GHz spectrum analyzer. Weighing about a pound, PSA2701T offers sweep modes of continuous, single, peak hold and average (up to 256 sweeps) with unlimited storage for waveforms, set-ups and fully annotated screens under user defined file names.

Physik Instrumente P-737 PIFOC Piezo-Z Stage

Ken Cheung — Thu, 20 Dec 2007 05:01:49 +0000

PI’s (Physik Instrumente) P-737 PIFOC Piezo-Z Stage is a high performance nanopositioning Z control system. The P-737 is specifically designed for biotech research microscopes utilizing deconvolution and 3D imaging techniques. The P-737 PIFOC specimen Z-stage features up to 250 µm travel, millisecond responsiveness, and nanometer precise motion under closed-loop control.

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Flashstream Flash Vector Programming System

Ken Cheung — Tue, 12 Jun 2007 04:01:00 +0000

Flashstream Flash Vector Programming System, by BPM, offers the fastest flash programming of NAND and NOR flash memory at speeds as low as 2.5% over theoretical programming minimum. This industry leading speed is due to the creation of a proprietary co-processor technology developed by BPM called Vector Engine. This technology uses a proprietary co-processor design to hardware accelerate flash memory waveforms during the programming cycle. Faster speeds are achieved through synchronous operations that eliminate the dead times when the DUT waits on the programmer. The result is programming near the theoretical limits of the silicon design â€” the faster the device, the faster the device is programmed.