Just insert a supported chip into the Socket, turn it on and get the answer in seconds!
The UCA can work as a standalone tester to check the working condition of a chip
on the field, or as a more advanced chip analyzer when tethered to a computer by USB.
Many different CPU family supported, covering hundreds of variations.
Working condition tested within seconds. Standalone or Advanced tethered Mode.
Electrical protections included to prevent damages in case of chip failure.
New firmware can be uploaded easily by USB. 128 Mb Flash EEPROM Included.
No obsolete, hard-to-find and expensive support components used.
Prices aren't fixed right now, but the UCA will not be expensive as hell
UCA Adapters plug into UCA to support a specific Socket and/or chip family
They often includes frequency selection and advanced features
[DONE] Fully tested and working | [BETA] In final betatesting phase
[ALPHA] Working but fixes needed | [PLANNED] Schematics done
For 8085, 8086/88, 8048/51, Motorola 68xx, MOS 65xx, Z80 & many more
For Intel 80186 and 80188 CPUs in
PGA, LCC & PLCC packages.
For Intel 80286 CPUs in
PGA, LCC & PLCC packages.
For Intel, AMD, Cyrix, Texas Instruments 80386 CPU, including Rapid CAD
For Intel, AMD, Cyrix, UMC, TI 486SX/DX/DX2/DX4s (including 5x86s)
For Intel 8080s CPUs and clones,
including USSR 8080s
For Intel 8008s CPUs and clones,
in plastic or ceramic package
For Intel 4004 and Intel 4040 CPUs,
in plastic or ceramic package
For various (E)EPROM and FLASH,
ranging from 16 kbits to 8 Mbits
For various early 1-/2-/4-/8-bit DRAM,
including triple-supply DRAMs
Designed to check the working condition of the UCA after assembly
Designed to calibrate the current measurement IC on the UCA