Release Notes

NVIDIA DOCA Release Notes

NVIDIA DOCA SDK release notes containing information on new features, bug fixes, and known issues.

DOCA 2.2.0 introduces enhancements for high-performance AI and bare metal clouds.

With programmable congestion control and data path acceleration, DOCA SDK provides an extensive framework for developers.

• NIC mode enhancements for BlueField-3 – Higher performance and lower latency at scale using local DPU memory; performant RDMA with programmable congestion control (PCC)
• Added support for DPA with NIC mode
• Enabled PCC over BlueField-3 DPA (including in NIC mode) while allowing for up to 400Gb/s speeds
• Added support for a new DOCA profile, doca-ofed, for installing MLNX_OFED with the DOCA package
• Added improvements and enhancements for DOCA Flow library
• Added beta-level support for OVS-DOCA, a highly optimized virtual switch for NVIDIA network services
• Redfish management – UEFI secure boot settings at scale, remotely, and securely
• DPU OS support – added Anolis OS 8.6 with kernel 5.10 support in BlueField-3 Arm
• Host OS support – added OS support: Debian 10.13, Allinux 3.2, OL 8.7, Ubuntu 22.04 (aarch64 host)

Refer to the NVIDIA DOCA Installation Guide for Linux for information on:

• Setting up NVIDIA DOCA SDK on your BlueField DPU
• Supported BlueField platforms

3.1. Embedded DOCA Libraries

3.2. Embedded DOCA Drivers

3.3. DOCA Packages

3.4. Supported Operating System Distributions

The default operating system of the BlueField DPU (Arm) is Ubuntu 22.04.

The supported operating systems on the host machine are the following:

Customers who purchased NVIDIA products directly from NVIDIA are invited to contact us through the following methods:

• E-mail: enterprisesupport@nvidia.com
• Enterprise Support page: https://www.nvidia.com/en-us/support/enterprise

Customers who purchased NVIDIA M-1 Global Support Services, please see your contract for details regarding Technical Support.

Customers who purchased NVIDIA products through an NVIDIA-approved reseller should first seek assistance through their reseller.

The following table lists the known issues and limitations for this release of DOCA SDK.

This section lists changes to the DOCA SDK which impacts backward compatibility.

6.1. DOCA Core doca_buf

Up to DOCA 2.0.2, the data length of the buffer is ignored when using the buffer as an output parameter, and the new data was written over the data that was there beforehand. From now on, new data is appended after existing data (if any) whileupdating the data length accordingly.

Because of this change, it is recommended that a destination buffer is allocated without a data section (data length 0), for ease of use.

In cases where the data length is 0 in a destination buffer, this change would go unnoticed (as appending the data and writing to the data section has the same result).

Reusing buffers requires resetting the data length when wishing to write to the same data address (instead of appending the data), overwriting the existing data. A new function, doca_buf_reset_data_len(), has been added specifically for this need.

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