| VCA | Description | Analog Resources | Logic | Memory | I/O | Process | Status |
|---|---|---|---|---|---|---|---|
| VCA-1Download the VCA-1 Data Brief | General-purpose array with 40K-ASIC gates, 54-kbits of RAM, 18-kbytes of via-ROM and 30+ op-amps | 12 general-purpose op-amp tiles 6 wideband op-amps 4 low-noise op-amps 1 10-bit DAC, 1-uS 2 8-bit DACs, 1-uS |
40,000 Gates | 27 64x32 1-Port SRAM 18-Kbytes Via-ROM |
72 Digital 42 Analog |
AMS 0.35 (C35) | Production |
| VCA-2Download the VCA-2 Data Brief | High-Voltage array with support for analog up to 50V plus digital and non-volatile memory | 6 20V op-amp tiles 1 50V reference tile 6 50V regulator tiles 4 3.6V op-amp tiles 1 reference tile 2 wideband op-amps 2 low-noise op-amps 4 8-bit ADCs, 1-MSPS |
9,000 Gates | 12 64x16 1-Port SRAM 1Kx8 EEPROM |
42 Digital Analog I/O 18 50V 20 20V 10 3.6V |
AMS 0.35 (H35) | Production |
| VCA-3 | Small array optimized for cost sensitive sensor interface applications | 4 general-purpose op-amp tiles 2 fully differential op-amp tiles 3 10-bit DACs, 1uS 1 8-bit ADC, 1-MSPS |
16,800 Gates | 6 64x32 2-Port SRAM | 14 Digital 22 Analog |
IBM 0.18(7RF) | Planned |
| VCA-4Download the VCA-4 Data Brief | Low-power, low-noise array with fully differential analog | 6 low-power, low-noise op-amp tiles 2 low-power fully differential analog tiles 1 band-gap tile 1 bias generator tile 2 hi-resistance tiles PLL tile |
27,000 Gates | 19 64x16 1-Port SRAM 4Kx16 EEPROM |
AMS 0.35 (E35) | Production | |
| VCA-5Download the VCA-5 Data Brief | High capacity, wideband platform | 16 fully differential op-amp tiles 20 general purpose op-amp tiles 12 wideband/low-noise op-amp tiles 8 10-bit DACs, 1uS 2 8-bit ADCs, 1-MSPS 10-bit ADC, 25-MSPS 10 6-bit DACs, 20nS |
76,000 Gates | 102 64x16 1-Port SRAM 32Kx8 EEPROM |
60 Digital 72 Analog |
AMS 0.35 (E35) | Silicon Proven |
| VCA-x | Via Configurable Array developed for your application | To contact TRIAD sales or to obtain more information about creating an optimized VCA with the mix of analog, digital, and memory resources need by your application, click here. | |||||