LegUp Computing (now part of Microchip Technology)

We provide an HLS integrated development environment tool that enables engineers to compile C/C++ software into Verilog targeting Microchip FPGA devices

[MicrochipTechnologyInc. @MicrochipTech]

Use our new design methodology, LegUp High-Level Software (HLS) and C++, to achieve better design productivity. Learn more https://t.co/B1TDmfwl4h and download the Early Access Program https://t.co/FRfKbc6w9e. #polarfire #fpga #software

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

Thanks for all the support from the University of Toronto and @UTESTto! The LegUp team is really proud we were able to successfully commercialize our #UofTEngineering research. We're looking forward to the next step of growing our Toronto engineering team with @MicrochipTech

[University of Toronto @UofT]

LegUp Computing, a @UofTEngineering startup, acquired by U.S.-based Microchip Technology #UofT 💻 https://t.co/rYhNGZVB4g

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

We are excited to announce that LegUp Computing has been acquired by Microchip! The LegUp HLS integrated development environment will enable Microchip developers to program PolarFire/PolarFireSoC FPGA devices from C/C++. See press release for more details:
https://t.co/IiQyhoP8e4

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

LegUp HLS 8.0 has just been released! Support added for Achronix’s Speedster7t FPGAs. All FPGA vendors now supported for floating-point/fixed-point/arbitrary bitwidth. Better DSP tech mapping. Added a new image processing library. See release details:
https://t.co/ZLN6W0NyqL

[SC26 @Supercomputing]

Andrew Cannis, founder of @LegUpComputing, was extremely impressed with what he saw at SC18. Here is what he had to say about the caliber of #HPC clients in attendance last year. #HPCisNow

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

LegUp 7.2 has just been released! We now support Xilinx XSIM for simulation/co-simulation. We also now support Xilinx LogiCORE Floating-Point Operator IP Cores.
We are also still at #56DAC tomorrow! Come by booth #1127.
See release details here:
https://t.co/qSbQGdilAu

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

LegUp will be exhibiting at the Design Automation Conference #56DAC in Las Vegas, Nevada from June 3-5. Come visit us at booth number 1127 to hear about our next generation high-level synthesis for FPGAs! For updates see: https://t.co/DeO1D9k8TF

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

Come visit us at the MaRS building for University of Toronto Entrepreneurship Week! We are at booth 55. @UofTStartup

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

Great to go back at the University of Waterloo to talk about LegUp! We were amazed at how knowledgeable the students were. Thanks Nachiket!

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

LegUp 6.7 has been released! We now support automatic loop nest merging to enhance throughput, the multiply-accumulate mode of Intel's hard FP core, up to 14x faster HW/SW Co-simulation of AXI4 slave interface and much more.
See more details here:
https://t.co/pUFMvlQu80

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

LegUp 6.6 has been released! This new version supports generic floating point cores for any FPGA vendor, IP-XACT IP core packaging, CentOS support, and VHDL top-level generation. We also have a new FP multiplier example on github. See more details here:
https://t.co/ad1sQBHXsO

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

We're pleased to announce LegUp 6.5 has been released! This new version supports arbitrary bitwidth integers using the ap_uint C++ class. This allows operations on integers larger than 64 bits. See more details here: https://t.co/bNGHVBiF9O

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

Andrew Canis and Ruolong Lian are giving a talk today about how @LegUpComputing is accelerating memcached in the datacenter with FPGAs at #XDF2018 in Frankfurt at 5:30pm. Come check us out!

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

We're pleased to announce a new release: LegUp 6.4! We have support for new features like: Fused multiply-add (FMA) support using hard floating-point DSPs on Intel Arria 10, more control over FIFO implementation, and various bug fixes. See details here: https://t.co/Ugq5uPHCYM

[Charles Eric LaForest, PhD @elaforest]

Andrew Putnam (@_putnami_) recently gave a great talk about #FPGA at UofToronto: Reconfigurable Computing at HyperScale
Video: https://t.co/8CJPLfhSO9
Slides: https://t.co/Z8UFFtFrIh

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

Come visit us this week at Super Computing 2018! We are showing off FPGA acceleration powered by @LegUpComputing in the startup pavilion at booth 3773 #SC18

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

We're pleased to announce a new release: LegUp 6.2! We have support for new features like: Intel Arria 10 hard floating point, SW/HW co-simulation of floating point, AXI slave interface (beta), and adding user-defined Verilog modules. See details here: https://t.co/0dsIAS4ga0

[Prasanna Srikhanta @prasanna]

Why use an FPGA instead of a CPU or GPU? https://t.co/OUXEGE0627 < we need to start getting comfortable with different types of compute accelerators. for a practical example see @LegUpComputing https://t.co/anYBaOFls6 🤔

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

We're pleased to announce a new release: LegUp 6.1! We have many new features like: SW/HW Co-simulation, C++ FIFOs with templates, new FPGA device support for Intel Arria 10, Microsemi PolarFire, and Xilinx Virtex UltraScale+. See more details here:
https://t.co/atSRmwSUHO

[LegUp Computing (now part of Microchip Technology) @LegUpComputing]

Another article about using LeFlow + LegUp for specifying deep neural networks on FPGAs using TensorFlow:
https://t.co/i8ES04OOhS