Fresh strings, sounds great picked or grab a slide and hear this little gal sing! Very well taken care of. more Lo-Fi tone so many artists are using.
And really cool to layer in a recording with a big sounding 6 or 12 string. Lower bout is 13.25" and upper is 9.5" The nut to the end of the fretboard measures approx 16.25" The case has a little wear to it bit very clean for 1960's. The guitar measures approx 36" in length. The tuners do not feel too loose or too tight and appears to be holding its tune well. The tailpiece and bridge are in good shape.No pitting on chrome. Scuffs and nicks on the binding(paint) and a"f"scratch on the back, see photo. It's in used condition with some scratches. This makes NEC's VE target built by default alongside the other current LLVM targets of AArch64, AMDGPU, ARM, AVR, BPF, Hexagon, Lanai, MIPS, MSP430, NVIDIA NVPTX, PowerPC, RISC-V, SPARC, SystemZ, WebAssembly, X86, and XCore.Vintage Airline H7626 Parlor Size 36" Acoustic Guitar w/ Case. With that said as of the latest code for LLVM 14.0, the VE target is now official.
NEC is also working to upstream their Compiler RT, libcxx, and OpenMP changes too. The test coverage of LLVM VE has also matured in recent times. The upstream support is considered "sufficient" now for handling scalar code generation from C code with target-specific vector intrinsics. Last month was a proposal to make the Vector Engine target official. Over the past two years of working on the NEC VE target upstream, it has gone from being considered experimental to now being officially supported.
NEC started out with their own proprietary compiler toolchain for targeting software on the Vector Engine with Fortran / C / C++ support but since 2019 have been working to provide open-source support via LLVM. The current VE processor is rated for 1.53 TB/s of memory bandwidth and a double precision peak performance of 3.07 TFLOPS or 4.91 single precision TFLOPS.
The NEC SX-Aurora has its own architecture for the "VE" and is backed by HBM2 memory. NEC originally launched the SX-Aurora Vector Engine (VE) back in 2018 as a PCI Express accelerator card and supporting up to eight vector processors per server. Back in 2019 NEC was working to upstream their SX-Aurora VE "Vector Engine" Accelerator and now as of this week that target is considered officially supported upstream. The LLVM compiler infrastructure supports not only a growing number of CPU architectures but continues to lead when it comes to its support for different accelerators.
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