For Diamond 3.12 SP1, The mentioned Black box is not included. Users may access the files here for now: https://latticesemi.exavault.com/share/view/3dcdb-2m7g7h7x The Black box is integrated in the SW tool on Diamond 3.13 and Above.
For simulation, Lattice supports Cadence NC-Sim. Please see the additional notes below. Simulation libraries follow the Verilog/VHDL LRM, so moving from older to newer simulators should not be an issue. Moving from newer to older simulators may cause ...
Description: When using Xcelium to compile device simulation libraries, below error might be encountered by users: "child process exited abnormally" Solution: This is a known issue to specific to unsupported Xcelium versions only. We recommend using ...
The user has to compile both uaplatform and device (i.e., lfcpnx) libraries. uaplatform contains generic library functions like LUT4, BB, standard cell libraries etc and lfcpnx library contains device-specific libraries. While specific device library ...
Lattice currently recommends the following for implementing Gigabit Ethernet interfaces: CertusPro-NX FPGAs: Use SERDES-based SGMII or RGMII Certus-NX, MachXO5-NX, and CrossLink-NX: Use RGMII These recommendations are based on updated LVDS-based ...
Lattice Technical Support Expectation Please be advised that highest priority for Lattice Technical Support will be given to 1. Software which is not working as expected or suspected bugs. We recommend that customers use the latest software tools and ...
Glitch Fliter is used to prevent short-duration events of glitches, This is used to prevent False tripping on noise in a system. GLITCHFilter in device constraints , enables 1ns glitch filtering.
Description: In simulating designs for Lattice devices, this error may appear if there is no GSR instantiated in the testbench. Solution: There is no planned fix for this simulation issue. To work around this, please instantiate GSR on your ...
Solution: The following RDs available for Crosslink-NX will support the said applications: 1. FPGA-RD-02212 : N Input to 1 Output MIPI CSI-2 Side-by-Side Aggregation - Aggregate multiple Image Sensors into a single Output with Minimal Latency. - Uses ...