Erlang OTP

by Ericsson AB

Free Download 1 Visit Website

Versions:

  • 28.4.2
  • 28.4.1
  • 28.4
  • 28.3.3
  • 28.3.2
  • 28.3.1
  • 28.3
  • 28.2
  • 28.1.1
  • 28.1
  • 28.0.4
  • 28.0.2
  • 28.0
  • 27.3.4.7
  • 27.3.4.6
  • 27.3.4.1
  • 27.3.4
  • 27.3.3
  • 27.3.2
  • 27.3.1
  • 27.3
  • 27.2.4
  • 27.2.3
  • 27.2.2
  • 27.2.1
  • 27.2
  • 27.1.3
  • 27.1.2
  • 27.1.1
  • 27.0.1
  • 27.0
  • 26.2.5.14
  • 26.2.5.7
  • 26.2.5.5
  • 26.2.5.4
  • 26.2.5.3
  • 26.2.5.1
  • 26.2.4
  • 26.2.1
  • 26.1.1
  • 26.1
  • 26.0.1
  • 25.3.2.15
  • 25.3.2.14
  • 25.3.2.7
  • 25.3.2.6
  • 25.3.2.5
  • 25.3.2.4
  • 25.3.2.1
  • 25.3
  • 25.2.3
  • 25.2.2
  • 25.2.1
  • 25.2
  • 25.1.2
  • 25.1.1
  • 25.1
  • 25.0.3
  • 25.0.2
  • 25.0.1
  • 25.0
  • 24.3.4.10
  • 24.3.4.9
  • 24.3.4.7
  • 24.3.4.6
  • 24.3.4.5
  • 24.3.4.4
  • 24.3.4.1
  • 24.3.4
  • 24.3.3
  • 24.3.2
  • 24.3.1
  • 24.3
  • 24.2.2
  • 24.2.1
  • 24.2
  • 24.0
  • 23.3.4.17
  • 23.3.4.16
  • 23.3.4.11

Erlang OTP 28.4.2, released by Ericsson AB, is the latest entry in a lineage that spans more than eighty numbered releases since the language first emerged from the Swedish telecom giant’s labs. Designed from the ground up for concurrency, fault-tolerance, and non-stop operation, the environment couples the functional Erlang language with the Open Telecom Platform (OTP), a battle-tested collection of libraries, design principles, and middleware that together make it possible to craft massively scalable soft real-time services. Typical deployments include telecommunications switches that handle millions of parallel calls, financial exchanges that cannot afford millisecond outages, chat servers that push presence updates to global user bases, and IoT gateways that aggregate sensor streams without losing a single packet. Because processes are ultralight and share nothing, engineers can spin up hundreds of thousands of them on a single node, isolate failure at the mailbox level, and upgrade code in place without dropping connections—features that have turned the runtime into the hidden engine behind WhatsApp, Discord, and Ericsson’s own 5G infrastructure. The distribution mechanism extends the same semantics across clusters, so adding capacity becomes a matter of hot-plugging nodes rather than rewriting logic. Version 28.4.2 continues this trajectory with incremental compiler improvements, enhanced dialyzer diagnostics, and updated ssl/crypto modules that tighten security defaults while preserving backward compatibility across the decades-old API surface. The software is available for free on get.nero.com, with downloads provided via trusted Windows package sources (e.g. winget), always delivering the latest version, and supporting batch installation of multiple applications.

Tags:

erlang 2
otp 4
programming-language 40