GPUs vs. FPGAs: What's the Difference?
Key differences, advantages, and common use cases
Palmer Luckey's FPGA Game Boy clone lands just in time for the holidays
Something to look forward to: A race between FPGA-based retro handhelds is looming. The Analogue Pocket has been the standard for years, but former Oculus designer Palmer Lucky plans to release a similar device later this year to commemorate the original Game Boy. Meanwhile, hardware modder Taki Udon is currently developing options that could lower the barrier to entry for the emerging FPGA emulation market.
FuryGPU is an open source hardware GPU built from scratch
In a nutshell: Can someone build a 3D graphics card from scratch? Dylan Barrie wanted to find out and spent four years trying. The result was a complete GPU that can theoretically run older gaming software on Windows.
Lattice showcases real-world FPGA usage by BMW, Meta and Nvidia
Lattice Semi expands offerings of midrange FPGAs
Beyond Nvidia: Does AI processing = GPUs?
Exploring alternative chips, an evolving narrative
Lattice Semiconductor expands to mid-range FPGAs, goes after Intel's Arria and AMD's Xilinx offerings
Avant-E 500 tops at 5 tera operations per second
FPGA chip shown to be over 50 times more efficient than a Ryzen 4900H
FPGA achieved similar performance to a laptop CPU with a fraction of the energy and far less heat
OpenFPGA initiative looks to preserve video gaming history through hardware emulation
Analogue's recent firmware release includes an emulated PDP-1 minicomputer and working version of 1962's "Spacewar!"
AMD reportedly in talks to acquire Xilinx for $30 billion
The FPGA-maker would give AMD a bigger presence in the data center
How CPUs are Designed, Part 4: Where is Computer Architecture and Design Headed?
Despite continuous improvements, processors haven't had industry shifting advancements for a long time. Yes, transistors are smaller, chips have gotten faster, and performance has increased hundredfold, but we're starting to see diminishing returns... learn what 3D integration, FPGAs, and near memory computing are all about.
Intel Stratix 10 programmable acceleration card offers enormous bandwidth and simplifies development
Hardware acceleration usable by non-engineers
Facebook is hiring a team to design its own custom microchips
Mentions of AI, compression, and video encoding applications
Intel Stratix chip performs over 10 trillion calculations per second
Over 30 billion transistors required
Opinion: Hardware-Based AI
Assumption: the "hard work" of AI has to happen in the cloud. But, does it?
