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Notable custom-firmware projects for wireless routers.Many of these will run on various brands such as Linksys, Asus, Netgear, etc. OpenWrt – Customizable FOSS firmware written from scratch; features a combined SquashFS/JFFS2 file system and the package manager opkg [1] with over 3000 available packages (Linux/GPL); now merged with LEDE.
OpenWrt: Linux: GPL, etc. 2023-05-01 [1] 17,042 [2] Commotion Wireless: OpenWrt: 2014-10-13 [3] 422,643 [4] DD-WRT: OpenWrt: 2019-11-09 [5] 27,104 [6] LEDE: OpenWrt: GPL, etc. N/A 72,901 [7] Merged with OpenWrt RutOS: OpenWrt: GPL, etc. 2020-01-15 [8] 499,954 [9] Operating System for Teltonika networking products LibreCMC: OpenWrt: 2018-04-02 ...
Gargoyle is a free OpenWrt-based Linux distribution for a range of wireless routers based on Broadcom, Atheros, MediaTek and others chipsets, [2] [3] Asus Routers, Netgear, Linksys and TP-Link routers. Among notable features is the ability to limit and monitor bandwidth and set bandwidth caps per specific IP address. [4] [5] [6] [7]
These tools were accessible via the old web GUI management interface of OpenWrt, called X-Wrt or webif^2. Project ended on June 7, 2012. [80] Qualcomm's QCA Software Development Kit (QSDK) which is being used as a development basis by many OEMs is an OpenWrt derivative; RutOS – an operating system for all Teltonika routers, based on OpenWrt.
Tomato is a family of community-developed, custom firmware for consumer-grade computer networking routers and gateways powered by Broadcom chipsets.The firmware has been continually forked and modded by multiple individuals and organizations, with the most up-to-date fork provided by the FreshTomato project.
The original version of Squashfs used gzip compression, although Linux kernel 2.6.34 added support for LZMA [11] and LZO compression, [12] Linux kernel 2.6.38 added support for LZMA2 compression (which is used by xz), [13] Linux kernel 3.19 added support for LZ4 compression, [14] and Linux kernel 4.14 added support for Zstandard compression.
JBIG2 is an image compression standard for bi-level images, developed by the Joint Bi-level Image Experts Group.It is suitable for both lossless and lossy compression. . According to a press release [1] from the Group, in its lossless mode JBIG2 typically generates files 3–5 times smaller than Fax Group 4 and 2–4 times smaller than JBIG, the previous bi-level compression standard released by
Pro Tools was developed by UC Berkeley graduates Evan Brooks, who majored in electrical engineering and computer science, and Peter Gotcher. [17]In 1983, the two friends, sharing an interest in music and electronic and software engineering, decided to study the memory mapping of the newly released E-mu Drumulator drum machine to create EPROM sound replacement chips.