guest@cli.packetfive.com: ~ (pf-sh)
██████╗ ██████╗ █████╗ ██████╗██╗ ██╗███████╗████████╗███████╗██╗██╗ ██╗███████╗██████╗ ██╔═══╝ ██╔══██╗██╔══██╗██╔════╝██║ ██╔╝██╔════╝╚══██╔══╝██╔════╝██║██║ ██║██╔════╝╚═══██║ ██║ ██████╔╝███████║██║ █████╔╝ █████╗ ██║ █████╗ ██║██║ ██║█████╗ ██║ ██║ ██╔═══╝ ██╔══██║██║ ██╔═██╗ ██╔══╝ ██║ ██╔══╝ ██║╚██╗ ██╔╝██╔══╝ ██║ ██████╗ ██║ ██║ ██║╚██████╗██║ ██╗███████╗ ██║ ██║ ██║ ╚████╔╝ ███████╗██████║ ╚═════╝ ╚═╝ ╚═╝ ╚═╝ ╚═════╝╚═╝ ╚═╝╚══════╝ ╚═╝ ╚═╝ ╚═╝ ╚═══╝ ╚══════╝╚═════╝
[PACKETFIVE] Networks Limited :: Research & Development for the AI/HPC Datacenter
| Shell: pf-sh 1.0 (113 indexed links & docs)
| Type for the full menu, links & documentation directory.
guest@packetfive:~$help
PACKETFIVE INTERACTIVE TERMINAL HELP MENU
Type any command below (or click a command/entry) to inspect links, projects, Python packages, publications, and full documentation text:
Show this help menu and list all 113 website & documentation links with text info
/ /
List all website links and documentation pages grouped by section
/
Print full multi-paragraph text information and metadata for every link and doc page
/
Show detailed text info, sections, and direct URLs for a specific item (e.g.
info 1, info cnuas, info pyrixos, info ds-cnu-004)List all PacketFive R&D projects and microsites with text descriptions
/
List all 7 pure-Python packages published on PyPI with install commands and descriptions
List all PyrixOS RFCs/component docs and Cnuas architecture/user/API documentation
List all 22 Cnuas hardware & software datasheets (HTML, PDF, and plain-text console editions)
/
List published books (
/0x0001), the 20-volume book series, and whitepapers /
Search across all links, titles, documentation text, and metadata
Open the URL for any entry in a new browser tab
/ /
Company & contact details, or clear the terminal viewport (
Ctrl+L)=== [SITE] Main Website & Portals ===
PacketFive Networks Limited: Research & Development for the AI/HPC Datacenter, systems architecture, open-source tooling, and technical training.
Overview of PacketFive's five flagship research programmes (Cnuas, PDP-V, MERLIN-V, KESTREL-V, PyrixOS) and seven standalone Python packages.
Hands-on engineering courses and lab-driven training for Linux kernel, RISC-V, eBPF, RDMA/RoCE, distributed systems, and AI/HPC infrastructure.
Books, book series, arXiv preprints, and technical whitepapers from PacketFive.
Seven pure-Python packages published on PyPI with PEP 740 attestations: pybonsai-lang, cloche, trellis-kconfig, pyrixos-lattice, pyrixos-espalier, pyrixos-ed25519, coldframe.
Overview of PacketFive platforms, simulation infrastructure, and training offerings.
Company background, research philosophy, leadership, and corporate registration details for Packet Five Networks Limited.
Contact form, email address (connect@packetfive.com), and Dublin office address.
Low-volume mailing list for repository releases, arXiv preprints, archived datasets, and upstream patch series.
Interactive green-on-black browser terminal listing all PacketFive links, projects, packages, books, and documentation with text info.
=== [PROJECTS] Research Projects & Microsites ===
[#011]
Cnuas - A Software-Defined AI/HPC Rack-scale Emulation Platform and Hyperscale Data Center Facility Twin
https://packetfive.com/cnuas
A Software-Defined AI/HPC Rack-scale Emulation Platform and Hyperscale Data Center Facility Twin. Stage: arXiv preprint published; QEMU v3 patch series reviewed on qemu-devel (vfio-user refactor and v4 PCI ID reservation series in preparation).
Facility-scale digital twin and OpenUSD/NVIDIA Isaac Sim simulation of an AI/HPC hyperscale data center.
Availability, repositories, upstream patch series, and citation record for Cnuas.
Incarnation of DEC PDP-11 into RISC-V. Stage: Active research prototype, booting Linux 6.19 to an interactive userspace shell.
Availability, repositories, upstream patch series, and citation record for PDP-V.
A RISC-V ISA In-Kernel Bytecode JIT VM. Stage: Pre-RFC design, with prototypes landed against parts of the design.
Availability, repositories, upstream patch series, and citation record for MERLIN-V.
[#019]
KESTREL-V - Keystone Enclave Secured TRusted eBPF Logic on RISC-V - PCIe Accelerator
https://packetfive.com/kestrel-v
Keystone Enclave Secured TRusted eBPF Logic on RISC-V - PCIe Accelerator. Stage: Design and specification, with RTL and verification work in progress.
Availability, repositories, upstream patch series, and citation record for KESTREL-V.
[#021]
PyrixOS - A Reproducible Declarative Linux Distribution Configured in Hermetic Python
https://packetfive.com/pyrixos
A Reproducible Declarative Linux Distribution Configured in Hermetic Python. Stage: Phases 1 to 8 complete and Phases 9 to 12 implemented on main; PyrixOS 0.2.0-alpha.1 and 0.1.0 pre-release images for x86_64, riscv64 and aarch64 are published on GitHub Releases and seven pure-Python packages are published on PyPI.
Availability, repositories, upstream patch series, and citation record for PyrixOS.
=== [PACKAGES] Python Packages (PyPI) ===
A hermetic subset of Python 3.12 for configuration that gives the same result on every machine
Run a program in an unprivileged Linux sandbox, from Python or the command line
Configure a system from Kconfig option trees, checked with a SAT solver
Lattice, the PyrixOS package manager
Data models validated from type annotations, a pure-Python subset of the Pydantic 2 interface, with YAML and XML
Ed25519 signatures after RFC 8032, with no compiled code
Project scaffolding and quality gates that run the same way locally and in CI
=== [PUBLICATIONS] Books, Series & Whitepapers ===
Cnuas: A Software-Defined AI/HPC Rack-Scale Emulation Platform and Hyperscale Data Center Facility Twin (PDF whitepaper & arXiv preprint).
[#030]
Linux Distributed Systems Programming with Python (First edition, 2026)
https://packetfive.com/publications/books/linux-distributed-systems-programming-with-python
A Lab-Driven Systems-Level Guide to Building Reliable Distributed Systems by Weqaar Janjua. ISBN 9798178152348. Short link: /0x0001.
[#031]
Janjua's Series on Computer Science Applications in the Modern AI/HPC Hyperscale Infrastructure
https://packetfive.com/publications/books
A planned, lab-driven series connecting mathematics and computer science to Linux systems, RISC-V hardware, networking and AI/HPC infrastructure. (20 volumes in series).
=== [PYRIXOS-DOCS] PyrixOS Documentation & RFCs ===
PyrixOS is built by a builder machine run by the project. The builder keeps one Lattice store, builds the images on every change to main, boots them in QEMU, and pushes what it...
Lattice is the package manager at the centre of PyrixOS. It takes a PyBonsai description and carries it all the way to installed software. It evaluates the description, turns...
PyBonsai is the language every PyrixOS package and system is written in. It looks like Python and is parsed by Python's own parser against the Python 3.12 grammar, so editors,...
A reproducible description is only half of a reproducible build. The build itself must not be able to reach anything the description does not mention, such as a library that...
Everything Lattice builds is kept in the store, a single directory in which each entry is written once and never changed. Software is never upgraded in place. A new version is...
A PyrixOS system has options that depend on one another. A driver needs a subsystem, one stack in a slot excludes another, and a service needs its packages. Trellis lets a user...
PyrixOS is designed before it is built. Every component, interface and file format is first proposed in a numbered RFC, discussed in public, and accepted or revised....
PyrixOS is built from separate packages, and three of them know nothing of PyrixOS. Any Python program can use them, in the way Starlark is used outside Bazel.
PyrixOS is a Linux distribution in which the whole system is described in code and built reproducibly. A package, a set of packages, or a complete machine is written as a short...
[#041]
RFC 0001 · PyrixOS Architecture
https://packetfive.com/pyrixos/docs/rfc/0001-pyrixos-architecture/
PyrixOS is a Linux distribution in which the entire system, from a single package to the full machine configuration, is described declaratively and built reproducibly....
The build sandbox holds only the store paths a derivation names (RFC 0001 section 9.2), so the first derivation that compiles anything needs a compiler that is already in the...
[#043]
RFC 0003 · Configuration System
https://packetfive.com/pyrixos/docs/rfc/0003-configuration-system/
Trellis lets a user choose the features of a system, such as which packages, which stack in each slot and which services, from a tree of options written in a subset of the...
[#044]
RFC 0004 · System Configuration
https://packetfive.com/pyrixos/docs/rfc/0004-system-configuration/
A PyrixOS machine is described by one PyBonsai file, system.pyb. It names the kernel, the packages, the stack of each slot, the users and groups, the file systems, the services...
[#045]
RFC 0005 · Package Set and Images
https://packetfive.com/pyrixos/docs/rfc/0005-package-set-and-images/
The package set is a directory of PyBonsai files in the PyrixOS repository. Lattice evaluates its files in name order, and each file sees the names the files before it define,...
[#046]
RFC 0006 · Architectures, Image Formats and Boot Loaders
https://packetfive.com/pyrixos/docs/rfc/0006-architectures-images-boot/
The package set builds for one architecture at a time, chosen by the Trellis option ARCH. The layers of the set see the same config as the file built with them, and a table in...
PyrixOS is designed before it is built. Each phase starts only when the one before it is complete, except Phase 7, which needs none of the others, and implementation starts...
=== [CNUAS-DOCS] Cnuas Documentation, Guides & API ===
This document exists so that the bootstrap protocol is chosen deliberately rather than invented while writing the first collective. Section 7 records the decisions that are...
CnuasGPU is a virtual AI and ML accelerator that runs in either of two forms: as a Soft-GPU in an ordinary host process, with no hypervisor, guest or kernel module, and as a...
[#050]
CnuasGPU Host Character-Device Backend
https://packetfive.com/cnuas/docs/CnuasGPU_Host_CharDev/
cnuasgpu_host.ko provides a Linux CnuasGPU device without QEMU, a guest, a PCI function, or BARs. It creates /dev/cnuasgpu_hostN from host pages and preserves the existing...
This page is published from docs/CnuasGPU_SoftGPU.md in the PacketFive/CnuasGPU submodule, which is the authoritative copy. Edit it there and refresh this one, rather than...
CnuasLink is the inter-GPU fabric in the Cnuas, mirroring NVIDIA NVLink and NVSwitch. The CnuasLink Switch is a separate daemon from the Cnuas Switch (which carries RoCE/IB...
Bazel-based build for switch daemon, CLI, WebUI, kernel modules, and Debian packages.
[#054]
Cnuas CI Strategy, Azure DevOps with Self-Hosted Agents on cnuas2
https://packetfive.com/cnuas/docs/Cnuas_CI_Strategy/
Status: design, Phase 6.0e. Author: Cnuas project. Companion docs: - Cnuas_Build_System.md (Bazel/Make conventions) - src/cnuasgpu/docs/CnuasGPU_FPGA_PolarFire.md (FPGA...
This document is the complete reference for managing the Cnuas Virtual Switch. It covers the three management interfaces, the JSON Management Socket API (the authoritative...
Cnuas models a hyperscale AI campus as one artefact, from the silicon up to the site. The rack that runs the workload is emulated in software, and the campus that would house...
End-user install / upgrade / remove of Cnuas artefacts. Targets two audiences:
[#058]
Cnuas RoCE-IB-vNIC Driver & Userspace Design
https://packetfive.com/cnuas/docs/Cnuas_Driver_Design/
This document describes the Linux kernel drivers and userspace components needed to make the Cnuas RoCE-IB-vNIC fully functional for both RoCEv2 and InfiniBand traffic. The...
Cnuas emulates two ORv3 racks. Everything above the rack, the hall it sits in, the busway that feeds it, the generator that backs the busway and the grid connection behind the...
[#060]
Cnuas OCP Rack Management Design
https://packetfive.com/cnuas/docs/Cnuas_OCP_Rack_Management_Design/
Cnuas today emulates the data plane of an Open Compute Project Open Rack v3 (ORv3): the CnuasSwitch RoCE/IB TOR, the CnuasLink GPU peer fabric, and eight VM blades carrying...
cnuas-peermem lets a CnuasNIC memory region refer directly to an allocation in the BAR1 device-memory window of a CnuasGPU. It uses the upstream Linux DMA-BUF RDMA interface;...
[#062]
Cnuas Programmability, CLI and REST API
https://packetfive.com/cnuas/docs/Cnuas_Programmability/
This document is the complete reference for programmatic control of the Cnuas Virtual AI HPC Infrastructure. Cnuas ships a single control plane with two front ends, the cnuas...
Day-to-day tracking lives on the public GitHub Projects board at github.com/orgs/PacketFive/projects/7. The roadmap below is rendered from that board, one lane per epic, one...
A step-by-step guide for using the Cnuas Virtual AI HPC Infrastructure to run RDMA applications over RoCEv2 and InfiniBand.
Scope: Cnuas Virtual AI HPC Infrastructure and all components · Version: `5c1560a-dirty` · Updated: 2026-09-13
[#066]
Cnuas Calibrated Virtual-time and Performance Model
https://packetfive.com/cnuas/docs/Cnuas_Timing_Model/
Status: deterministic analytic model available, physical calibration datasets planned · Package: timing/ · Profile: timing/profiles/cnuas-analytic-v0.json
The Cnuas Virtual AI HPC Infrastructure is a layered, 100% software-emulated data center stack. Five components cooperate at three planes:
Status: design, Phase 6.2. Author: Cnuas project. Companion docs: - Cnuas_CI_Strategy.md (Phase 6.0e, ADO self-hosted agents). - Cnuas_Build_System.md (Bazel / Make for...
Scope: Every Cnuas component, its validating tests, and their status · Version: `5c1560a-dirty` · Updated: 2026-08-21
This project depends on two large external repositories:
[#071]
Cnuas Virtual Switch Design Document
https://packetfive.com/cnuas/docs/Cnuas_Virtual_Switch_Design/
The Cnuas Virtual Switch (cnuas-vswitchd) is a standalone C daemon running on the host OS. It emulates a Data Center Top-of-Rack (TOR) switch inspired by Open Compute Project...
The interactive Swagger UI below is generated from the live cnuas-api OpenAPI schema, so it always matches the shipped service. Use it to browse every endpoint, expand request...
This is the same cnuas-api OpenAPI schema rendered with ReDoc, a three-pane reference view with the endpoint list on the left, documentation in the centre, and request and...
Product style datasheets for the Cnuas Virtual AI HPC Infrastructure platform and its components. Every component of the platform, hardware and software, has a datasheet here....
[#075]
Building a Custom AI/HPC Data Center Simulation
https://packetfive.com/cnuas/docs/guides/Cnuas_Data_Center_Simulation_Guide/
This guide starts with no assumed knowledge of NVIDIA Isaac Sim or OpenUSD. It takes a facility specification from a planning worksheet to a validated Cnuas power model, a...
This guide is for people changing Cnuas rather than running it. It covers the build system, the programming interfaces, the coding standards the tree actually enforces,...
This guide is about adding new emulated hardware to a Cnuas rack. It walks the case the architecture was built around, which is a device that sits on the ORV3 RS-485 segment...
This guide installs Cnuas on a Linux host. It covers two paths that are useful on their own and can be installed independently.
[#079]
Cnuas Minimum System Requirements
https://packetfive.com/cnuas/docs/guides/Cnuas_System_Requirements/
Cnuas is a software emulation of an ORV3 rack-scale AI and HPC accelerator platform. Nothing in it needs a GPU, an accelerator card, a smart NIC or a baseboard management...
This guide is for running Cnuas. It assumes the software is installed as described in the Installation Guide.
This note explains the network technology underneath an AI or HPC cluster for a reader who works in computing but not in interconnect design. It introduces remote direct memory...
Task-oriented documentation for Cnuas. The design documents and datasheets describe what Cnuas is. These guides describe how to use it and how to change it.
Cnuas (pronounced Knoo-us, from the Irish Gaeilge word for "cluster") is a 100% software-emulated virtual AI and HPC infrastructure. It reproduces a full AI datacenter,...
Calibration fits model parameters using a training set. Validation scores the fitted model against a separate held-out set. Reporting fit error as prediction error is not valid.
An emulated operation takes host wall-clock time, but that duration includes:
[ t_B=\frac{4096\times8}{100}=327.68\ \mathrm{ns}, ]
[#087]
Cnuas Calibrated Virtual-time and Performance Model
https://packetfive.com/cnuas/docs/timing/
cnuas-timing gives Cnuas a deterministic, cross-component model-time calculation without treating host execution speed as simulated hardware speed. It can answer questions such as:
An analytic result should be written as:
Unknown component fields are rejected. Each component key becomes its unique name.
Without installing, place the package on PYTHONPATH:
Every successful data command writes JSON to standard output. Validation and input errors are written to standard error and return exit code 2.
=== [DATASHEETS] Cnuas Hardware & Software Datasheets ===
[#092]
DS-CNU-031: CnuasBMC (cnuas-rackmond)
https://packetfive.com/cnuas/docs/datasheets/CnuasBMC_Datasheet/
DS-CNU-031 rev C (cnuas-rackmond): Published. The Cnuas management stack emulates the parts of a rack that sit below the operating system: the Open Rack V3 power shelf and its...
[#093]
DS-CNU-017: CnuasCCL (models NCCL)
https://packetfive.com/cnuas/docs/datasheets/CnuasCCL_Datasheet/
DS-CNU-017 rev D (models NCCL): Preview, v0.2 implemented over CnuasLink. v0.2 moves every collective payload byte over an injectable CnuasLink transport. The bootstrap channel...
[#094]
DS-CNU-015: CnuasCC (models nvcc)
https://packetfive.com/cnuas/docs/datasheets/CnuasCC_Datasheet/
DS-CNU-015 rev C (models nvcc): Preview, front end implemented. cnuascc can read a device source file, check it and report what is wrong with it. It cannot yet produce an...
[#095]
DS-CNU-012: CnuasDev (libcnuasdev.so)
https://packetfive.com/cnuas/docs/datasheets/CnuasDev_Datasheet/
DS-CNU-012 rev K (libcnuasdev.so): Published. CnuasDev is the thin device layer beneath CnuasRT. In QEMU PCIe mode it opens the /dev/cnuasgpuN character devices created by...
[#096]
DS-CNU-004: CnuasGPU (cnuasgpu)
https://packetfive.com/cnuas/docs/datasheets/CnuasGPU_Datasheet/
DS-CNU-004 rev N (cnuasgpu): Published. Virtual device. There is no CnuasGPU hardware. The QEMU cnuasgpu device model and the Soft-GPU are the device; the PCI identity comes...
[#097]
DS-CNU-016: CnuasIR (models PTX)
https://packetfive.com/cnuas/docs/datasheets/CnuasIR_Datasheet/
DS-CNU-016 rev D (models PTX): Preview, executes on the interpreting backend. The object format, the build side tools and an interpreting compute backend are implemented. A...
[#098]
DS-CNU-005: CnuasLink (cnuasgpu-link-switchd)
https://packetfive.com/cnuas/docs/datasheets/CnuasLink_Datasheet/
DS-CNU-005 rev C (cnuasgpu-link-switchd): Published. CnuasLink is the dedicated GPU-to-GPU fabric of the Cnuas platform, modelling an NVSwitch/NVLink-class interconnect...
[#099]
DS-CNU-003: CnuasNIC (cnuas-vnic)
https://packetfive.com/cnuas/docs/datasheets/CnuasNIC_Datasheet/
DS-CNU-003 rev E (cnuas-vnic): Published. Virtual device. There is no CnuasNIC hardware. The QEMU cnuas-vnic device model is the device; its PCI identity comes from the QEMU...
[#100]
DS-CNU-011: CnuasRT (libcnuasrt.so)
https://packetfive.com/cnuas/docs/datasheets/CnuasRT_Datasheet/
DS-CNU-011 rev D (libcnuasrt.so): Published. CnuasRT is the host side runtime that guest applications link against to drive a CnuasGPU accelerator. It occupies the same...
[#101]
DS-CNU-018: CnuasSHMEM (models NVSHMEM)
https://packetfive.com/cnuas/docs/datasheets/CnuasSHMEM_Datasheet/
DS-CNU-018 rev A (models NVSHMEM): Preview, not implemented. CnuasSHMEM carries no implementation in the tree. No symmetric heap, no one sided operations and no signalling...
[#102]
DS-CNU-002: CnuasSwitch (cnuas-vswitchd)
https://packetfive.com/cnuas/docs/datasheets/CnuasSwitch_Datasheet/
DS-CNU-002 rev C (cnuas-vswitchd): Published. CnuasSwitch is the emulated top-of-rack switch of the Cnuas fabric. The cnuas-vswitchd daemon presents a 10-port switch that...
[#103]
DS-CNU-020: Control Plane (cnuas, cnuas-api)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Control_Plane_Datasheet/
DS-CNU-020 rev A (cnuas, cnuas-api): Published. The Cnuas control plane is the single operator surface for a virtual data centre. It presents one command line client and one...
[#104]
DS-CNU-030: Facility Twin (cnuas-facility)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Facility_Datasheet/
DS-CNU-030 rev C (cnuas-facility): Published document, experimental research preview. Facility Twin is in its infancy. Existing code provides an early exploratory prototype for...
[#105]
DS-CNU-013: Kernel Modules (cnuas_net.ko, cnuas_ib.ko, cnuasgpu.ko, cnuasgpu_host.ko)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Kernel_Modules_Datasheet/
DS-CNU-013 rev D (cnuas_net.ko, cnuas_ib.ko, cnuasgpu.ko, cnuasgpu_host.ko): Published. Three out-of-tree modules bind emulated PCI devices inside a Cnuas guest. cnuas_net.ko...
[#106]
DS-CNU-022: Management Tools (cnuassmi, cnuas-cli, cnuaslink-cli)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Management_Tools_Datasheet/
DS-CNU-022 rev A (cnuassmi, cnuas-cli, cnuaslink-cli): Published. These are the small, focused clients that sit next to each component. They exist because an operator debugging...
[#107]
DS-CNU-019: Math Libraries (libcnuasblas.so and four specified)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Math_Libraries_Datasheet/
DS-CNU-019 rev B (libcnuasblas.so and four specified): Partial, CnuasBLAS v0.1 implemented. CnuasBLAS v0.1 is implemented and is described in section 4a. CnuasDNN, CnuasFFT,...
[#108]
DS-CNU-023: Cnuas Peer Memory (libcnuaspeermem)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Peer_Memory_Datasheet/
DS-CNU-023 rev A (libcnuaspeermem): Preview, v0.1 implemented; guest end-to-end validation gated. Cnuas peer memory exposes CnuasGPU memory to the software CnuasNIC through the...
[#109]
DS-CNU-001: Cnuas Platform (Platform)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Platform_Datasheet/
DS-CNU-001 rev D (Platform): Published. Cnuas (Irish Gaeilge for "cluster") is the Cnuas Virtual AI HPC Infrastructure, a 100% software-emulated virtual AI and HPC...
[#110]
DS-CNU-010: Cnuas Software Stack (Software map)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Software_Stack_Datasheet/
DS-CNU-010 rev E (Software map): Published. The other datasheets in this library describe emulated devices. This one describes the software that drives them: the GPU runtime...
[#111]
DS-CNU-032: Calibrated Virtual Time (cnuas-timing)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Timing_Datasheet/
DS-CNU-032 rev B (cnuas-timing): Published. cnuas-timing composes analytic timing costs for Cnuas processors, PCIe, network interfaces, switches, accelerators, accelerator...
[#112]
DS-CNU-021: Cnuas Tools (cnuas-tools)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Tools_Datasheet/
DS-CNU-021 rev A (cnuas-tools): Published. cnuas-tools turns a checked out superproject into something runnable. It builds the Debian packages for every component, bakes the...
[#113]
DS-CNU-014: Verbs Provider (libcnuas-rdmav34.so)
https://packetfive.com/cnuas/docs/datasheets/Cnuas_Verbs_Provider_Datasheet/
DS-CNU-014 rev B (libcnuas-rdmav34.so): Published. The Cnuas verbs provider is the user space half of the RDMA stack. It plugs into the standard rdma-core library so that...
Tip: Use Up/Down for command history, Tab to autocomplete commands & IDs, or click any item ID to run
info <id>.
Packet Five Networks Ltd · Sandyford, Dublin, Ireland · connect@packetfive.com