Size, weight, and power are everything for mission-critical military and aerospace applications such as secure radios, man-packs, UAVs, avionics, satellites, munitions systems, and vehicle health monitoring systems. These applications demand high performance analog and digital processing while staying within the stringent size, weight, and power requirements that only an ASIC solution can provide. Triad’s via-configurable array (VCA) technology is the disruptive solution that defense industry designers need to rapidly and inexpensively create single chip mixed signal solutions for tomorrow’s applications.
Size, Weight and Power are Critical for Mil/Aero Applications
Mil/Aero applications such as secure software defined radios, man-packs, avionics, satellites, munitions, electronic vehicle health systems and mechanized vehicle electronics require small, light weight, and low power electronics. ASIC integration of electronics has been a key way to achieve size, weight, and power reductions while maintaining mission-critical performance and tamper-protecting critical electronics.
Unfortunately, mixed signal full-custom ASIC development has been an expensive, time-consuming, and risky endeavor.
VCA Technology Benefits
- Cut development time by 70%
- Prototype in silicon
- Reduce development cost
- 4-Week Fabrication
- IP Reuse
- Low Risk
Announcing the End of High-Priced ASICs
Triad’s disruptive Via-Configurable Array (VCA) technology is a new way to design mixed signal ASICs using a single mask Via-Only™ fabrication process.
VCAs combine silicon proven analog and digital tiles on an integrated circuit die. These tiles are overlaid with a global routing fabric which covers the digital, memory, and analog resources throughout the VCA.
Vias placed between two of the metal layers are used to interconnect and configure all of the mixed signal resources throughout the VCA.
Wafers containing VCA die are partially processsed at the foundry up to the via layer and these wafers are then staged at the foundry. Your mixed signal design is processed by TRIAD’s patented design tools and converted into a single Via-Only™ mask which is then sent to the foundry to be processed against the staged wafers.
Mil/Aero Focused Engineering
- ITAR Compliant & 100% US-Citizens
- ASIC Design Experts with over 120 years experience
- 100+ Successful ASIC tape outs
Radiation-Hardened Arrays
- Via Configurable Digital & Mixed Signal Rad-Hard Arrays
- Rad-Hard by Process & Rad-Hard by Design (RHBD) Arrays
- Total Ionizing Dose (TID) > 1 Mrad
- Ionizing Dose Rate > 5×108 rad(Si)/s
- Eliminate ELDRS effects
- 350 – 90 nm CMOS bulk or SOI
- Apps up to 70V
- Custom Rad-Hard mixed signal VCAs available
- Customer owned tooling/EDA flow available for digital-only arrays
Analog Building Blocks
- Band gap references & supply independent voltage references
- Arrays of capacitors, resistors, switches & transistors
- Continuous time & switched capacitor filters
- Capacitive touch interface
- Op-amps, comparators, integrators, Sigma delta modulators
Data Converters
- High speed ADCs and DACs
- 8 to 24-bits resolutions
VCA Technology
- 5,000 to 1-million ASIC gates
- Distributed and block RAMs
- 1-KB to 128-KB EEPROM
- Configurable analog & digital I/O
- ARM® Cortex™-M0 32-bit Processor
- USB 1.1, USB 2.0
- IIC, SPI, UART, LIN, CAN
- Digital filters, FFT
- PLLs, delay lines, real-time-clock
Power Management
- 1.8V to 70V operation
- Linear (LDO) & switching (DC-DC) regulators
- LED drivers & H-bridges
Getting Started
Whether you are using one of TRIAD’s exisiting arrays or having us create an optimized array for your application, the best way to get started is to have one of our FAEs take a look at your design and help you explore your options. To get more infomation about getting your design on a VCA, email an FAE at info@triadsemi.com or give us a call at 336-774-2150.
Download the Triad Mil/Aero Datasheet.