Analog Bits, Inc.
945 Stewart Dr #250, Sunnyvale, CA 94085
Analog Bits, Inc. is the leader in developing and delivering low-power integrated clocking, sensors and interconnect IP that are pervasive in virtually all of today’s semiconductors. Products include a wide portfolio of precision clocking macros, PLLs and XTAL and RC Oscillators, Sensors to monitor Temperature, Voltage Drops, Voltage Spikes, and System Power Integrity with integrated or separately available bandgaps and ADC’s. We connect the logic voltage of synthesized digital logic to the external physical world using our unique programmable interconnect solutions such as multi-protocol SERDES, C2C I/Os and differential transmitters and receivers.
With multiple billions of Analog Bits’ IP fabricated in silicon from 0.25μm to 5nm FinFet processes, Analog Bits has an established a track record of delivering high-quality differentiated mixed signal IP. Analog Bits’ technology leadership empowers our customers with the competitive edge they need to deliver high quality System on Chip (SoC) products in a timely manner while significantly lowering their risk and costs.
Analog Bits, Inc. was founded in 1995 and is headquartered in the heart of Silicon Valley. With several hundred man years of leading edge mixed signal IP development, Analog Bits is an important supplier of differentiated IP that are embedded in SoC devices, spawning the mobile, computing, AI and Automotive revolution that is at the heart of our 24-hour day constantly connecting the world. Today, Analog Bits licenses and supports its products to a broad, global customer base that includes industry leaders in the consumer, communication, computing, industrial, automotive, military and aerospace segments.
- PCIe clock PHY IP
- High performance C2C PLL
- Digital Core Power PLL
- Wide-range, Integer/FracN low power PLL
- Ultra low jitter LC PLL
- Sub-micro watt IoT class PLL
- High reliability radiation tolerant PLL
- Digital Core Power
- Bandgap Generator
- System Power Detector
- PVT Sensor
- Power on Reset with Brown-Out Detect
- Power Glitch Detector
- Differential clock TX/RX
- PCIe - HCSL clock drivers
- C2C I/Os Single Ended I/O
- Low noise/power crystal oscillators
- Lowest Power OSC pads for IoT
- FPGA class multi-programmable I/O
- Voltage tolerant I/O buffers
- DDR I/Os
SERDES - Consumer Class Full-Rate SERDES Architecture
- Lowest power (pj/bit)
- Lowest System and BOM Cost
- Wire-bond packages (up to 10G) and integration of Clock Chips
- Smallest Form factor and ability to lower process manufacturing costs
- Ability to have some programmability to protocols
Analog Bits has worked with Achronix FPGA offerings as a partner and together can provide solutions to customers on the above mentioned technologies.