S-Link - a lightweight chiplet/chip-to-chip controller. S-Link is a simple, scalable, and flexible link controller protocol geared towards chiplets and chip-to-chip communication.
S-Link defines the link layer, and gives freedom for various application and physical layers. The ultimate goal of S-Link is to provide a simple alternative for chiplet communication compared to other protocols.
Features:
▫️Mult-lane support (upto 128+)
▫️128b/130b encoding
▫️Parameterizable Application Data Widths
▫️Configurable Attributes for fine tuning link controls and/or active link management
▫️ECC/CRC for error checking of packet headers and payload data
▫️Parameterizable pipeline stages to optimize for frequency and/or power
💾 https://github.com/waviousllc/wav-slink-hw
#chiplet #protocol #verilog
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Process-Voltage-Temperature (PVT) Sensors with MCU - a collection of open-source circuits and software tools for PVT monitoring in custom ICs.
💾 https://github.com/scale-lab/PVTsensors
#verilog #asic #PVT #cmos #RISCV #precess
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LoRa Modulator - a custom LoRa modulator that supports different bandwidths and spreading factors (SF) on Lattice ECP5 FPGA and I/Q interface with AT86RF215 RF radio.
💾 https://github.com/uw-x/lora-modulator
#verilog #RF #LoRa #modulator #transmitter
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SimpleVOut - FPGA Core for Creating VGA/DVI/HDMI/OpenLDI Signals
SimpleVOut (SVO) is a simple set of FPGA cores for creating video signals in various formats. The cores connect using AXI-streams. Most configurations (resolution, framerate, colordepth, etc.) are set at compile-time using Verilog parameters. See svo_defines.vh for details on those parameters.
Links:
▫️ Sources
#verilog #AXIS #VGA #DVI #HDMI #OpenLDI
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