Table of Contents

Hardware compatibility

Determining if FreshTomato is compatible with your hardware

  1. Look for your router/gateway device in the Hardware Compatibility Table below; it is the authoritative source for FreshTomato hardware support. Pay particular attention to your model's hardware revision,1) if it has one it too must be included in the table entry. If your device is listed in the table, it is officially supported, however this does not imply the existence of any guarantee that you personally will be able to successfully install FreshTomato on your particular device. Carefully review any notes that are part of the table entry, that is where the most important details are recorded.

  2. Use a trustworthy external source to confirm that your device uses a Broadcom chipset, such as an independent reference database2) like WikiDevi or TechInfoDepot. There, enter your device's model number (including dashes) in the search box. If your model is among the search results, visit the page and confirm that it lists “Broadcom” in all of the required fields below. After confirming that your device does indeed use Broadcom hardware, you can post a request on the forum to add support for it, with link(s) to the reference databases you checked included in your post.
    • CPU1
    • Switch
    • All fields whose names conform to these formats:3)
      • ETH chipX
      • WIX chipX

  3. Search the forum for a (partly) working build still under development. If your device uses a Broadcom chipset but isn't listed in the table, someone might be already be working on adding support for it. Alternatively, it may be known that a build for another model may work to some degree with your device, though not perfectly/completely.4) Be alert for differences in hardware revision; though their name may suggest otherwise, these are off radically different electronics that only sharing a common outer plastic shell. Depending on the model, significant risks might be involved; read the details carefully.

Notes


1) Sometimes one hardware version/revision of the same model is supported, but others are not. For example, the “A1” model is supported, but “A2” and “B2” are not. Most often, this is a result of different revisions of the same model being based on different chipsets. FreshTomato only supports devices using Broadcom chipsets of ARM or MIPS architecture.
2) These sites also maintain lists of devices compatible with FreshTomato (lists of Tomato-supported devices at WikiDevi and TechInfoDepot) with useful abilities to filter listings by many hardware-based criteria. It should be noted, though, that their information is sourced here and merely resynthesized in their databases. Thus, any contradictions between their information and what is on this page indicate the presence of incomplete or incorrect information elsewhere, not here.
3) Where X is a digit indicating a series ordinal such as first, second, etc. For any given device, the first wireless chip operating on a given frequency would be labelled “WI1 chip1” and another chip operating on that same frequency would be “WI1 chip2”, while a chip operating on a different frequency in the same device would be labelled “WI2 chip1”. For an example, visit the Asus RT-AC3100 entry on WikiDevi.
4) If the effort is successful and has sufficient testers, this will typically result in the device being added to the compatibility table. The FreshTomato developers welcome the upstreaming of such work.

Hardware Compatibility Table

  NOTE: You may need to zoom out in your browser to see content in the Notes column.

Manufacturer
Model
Hardware Rev. Arch. CPUs LAN USB 2.0/3.0 WiFi Class Flash NVRAM RAM Build
(SDK)
Notes
ASUS
DSL‑AC68U
ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2022.3. (forum thread)

No DSL support; device acts as router only with WAN port remapped as LAN1.
ASUS
RT‑N10P
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 32KB 32MB K26RT-N (SDK5.110)
ASUS
RT‑N10U
A1 / B1 / C1 MIPS R2 300Mhz ×1 100MbE ×4 1 / ‒ N300 8MB 32KB 32MB K26RT-N (SDK5.110)
ASUS
RT‑N12
A1 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26 (SDK5.10)
ASUS
RT‑N12
B1 / C1 / D1 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 32KB 32MB K26RT-N (SDK5.110)
ASUS
RT‑N12HP
A1 / B1 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 32KB 32MB K26RT-N (SDK5.110) Support for High Power model added in 2020.4.
ASUS
RT‑N12K
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 32KB 32MB K26RT-N (SDK5.110)
ASUS
RT‑N12VP
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 32KB 32MB K26RT-N (SDK5.110)
ASUS
RT‑N15U
MIPS R2 500Mhz ×1 1GbE ×4 1 / ‒ N300 8MB 32KB 64MB K26RT-N (SDK5.110)
ASUS
RT‑N16
MIPS R2 480Mhz ×1 1GbE ×4 2 / ‒ N300 32MB 32KB 128MB K26 (SDK5.10) or K26RT-N (SDK5.110) 32K NVRAM build required
ASUS
RT‑N18U
ARM 800Mhz ×1 1GbE ×4 1 / 1 N600 128MB 64KB 256MB K26ARM (SDK6.37) Use images ending with …‑64K‑NOSMP.trx.
ASUS
RT‑N53
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N600 8MB 32KB 32MB K26RT-N (SDK5.110)
ASUS
RT‑N66U
B1 MIPS R2 600Mhz ×1 1GbE ×4 2 / ‒ N900 32MB 64KB 256MB K26RT-N (SDK5.110) or K26RT-AC
ASUS
RT‑N66U
C1 (a/k/a B2) ARM 1Ghz ×2 1GbE ×4 1 / 1 N900 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2020.8.
ASUS
RT‑AC56S
ARM 800Mhz ×1 1GbE ×4 1 / 1 AC1200 128MB 64KB 128MB K26ARM (SDK6.37) Use images ending with …‑64K‑NOSMP.trx.
ASUS
RT‑AC56U/R
ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1200 128MB 64KB 256MB K26ARM (SDK6.37)
ASUS
RT‑AC66U
A1 / A2 / B1 MIPS R2 600Mhz ×1 1GbE ×4 2 / ‒ AC1750 32MB 64KB 256MB K26RT-AC (SDK6.30) This model is distinguished from the RT-AC66U_B1 below as a MIPS-R2 device with two rear black USB 2.0 ports.
ASUS
RT‑AC66U_B1
B2 (others?) ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1750 128MB 64KB 256MB K26ARM (SDK6.37) This model is distinguished from the RT-AC66U above as an ARM device with a blue USB 3.0 port in front and a black USB 2.0 port in back.
ASUS
RT‑AC67U
ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2020.8.
ASUS
RT‑AC68U/R/P/W
A1 / A2 / B1 ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37)
ASUS
RT‑AC68U
B2 ARM 1.4Ghz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37)
ASUS
RT‑AC68U
C1 / E1 / V3 ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37) C1 and E1 revs supported from 2019.3 then V3 rev support added in 2021.3. V4 rev is NOT supported.
ASUS
RT‑AC88U
ARM 1.4Ghz ×2 1GbE ×8 1 / 1 AC3100 128MB 128KB 512MB K26ARM714 (SDK714) Supported from 2022.6 (forum thread)

This image supports only ports LAN1–4 + WAN; the RTL8365MB switch (ports LAN5–8) are not supported.
ASUS
RT‑AC1750
B1 ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1750 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2021.3.
ASUS
RT‑AC1900P
ARM 1.4Ghz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37)
ASUS
RT‑AC1900U
ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2021.3.

Upgrade from AsusWRT to FreshTomato (more details)
ASUS
RT‑AC3100
ARM 1.4Ghz ×2 1GbE ×4 1 / 1 AC3100 128MB 128KB 512MB K26ARM714 (SDK714) Supported from 2022.6 (forum thread)
ASUS
RT‑AC3200
ARM 1Ghz ×2 1GbE ×4 1 / 1 AC3200 128MB 128KB 256MB K26ARM7 (SDK7) Please check NVRAM first (64KB default at release or 128KB after Asus update).

To install 128KB FreshTomato version, you must be running Asus stock firmware v3.0.0.4.382.51374.
ASUS
RT‑AC5300
ARM 1.4Ghz ×2 1GbE ×4 1 / 1 AC5300 128MB 128KB 512MB K26ARM714 (SDK714) Supported from 2022.6 (forum thread)

This is NOT the Asus GT‑AC5300.
ASUS
TUF‑AX3000
V2 ARM 1.7Ghz ×4 1GbE ×4 ‒ / 1 AX3000 256MB 128KB 512MB K419ARM (HND 5.04AX) Supported from 2023.3.

Offers 2.5GbE WAN port, AsusWRT features/GUI (based on GPL 388.22525) + some FreshTomato features as of Sep. 2023.
ASUS
WL‑330gE
MIPS R1 240Mhz ×1 100MbE ×1 ‒ / ‒ G54 4MB FIXME 16MB K26 (SDK5.10)
ASUS
WL‑500GP
v1 / v2 MIPS R1 240Mhz ×1 100MbE ×4 2 / ‒ G54 8MB 32KB 32MB K26 (SDK5.10)
ASUS
WL‑500W
MIPS R1 264Mhz ×1 100MbE ×4 2 / ‒ G54 8MB 32KB 32MB K26 (SDK5.10)
ASUS
WL‑520GU
MIPS R1 240Mhz ×1 100MbE ×4 1 / ‒ G54 4MB 32KB 16MB K26 (SDK5.10)
Belkin
F5D8235
v3 MIPS R2 533Mhz ×1 1GbE ×4 1 / ‒ N300 8MB 64KB 64MB K26 (SDK5.10) / K26RT-N (SDK5.110) Only v3 is Broadcom-based.
Belkin
F7D3301/7301
v1 MIPS R2 453Mhz ×1 1GbE ×4 2 / ‒ N300 8MB 32KB 64MB K26 (SDK5.10)
Belkin
F7D3302/7302
v1 MIPS R2 453Mhz ×1 100MbE ×4 1 / ‒ N300 8MB 32KB 64MB K26 (SDK5.10)
Belkin
F7D4302/8302
v1 MIPS R2 453Mhz ×1 100MbE ×4 1 / ‒ N600 8MB 32KB 64MB K26 (SDK5.10) / K26RT-N (SDK5.110) Belkin Play Wireless
Belkin
F9K1102
v1 / v3 MIPS R2 533Mhz ×1 100MbE ×4 1 / ‒ N600 8MB 32KB 64MB K26RT-N (SDK5.110) Forum thread
Belkin
F9K1113
v2 ARM 800Mhz ×1 1GbE ×4 1 / 1 AC1200 16MB 64KB 128MB K26ARM (SDK6.37) Supported from 2021.1. (wl0 is the 5 GHz radio)

Additional cooling may be needed; this router can get hot due to its design. (forum thread)
Buffalo
WHR‑G54S
MIPS R1 200Mhz ×1 100MbE ×4 ‒ / ‒ G54 4MB 32KB 16MB K26 (SDK5.10)
Buffalo
WHR‑G125
MIPS R1 240Mhz ×1 100MbE ×4 ‒ / ‒ G108 4MB 32KB 16MB K26 (SDK5.10)
Buffalo
WHR‑HP‑G54
MIPS R1 200Mhz ×1 100MbE ×4 ‒ / ‒ G54 4MB 32KB 16MB K26 (SDK5.10)
Buffalo
WZR‑D1800H
MIPS R2 600Mhz ×1 1GbE ×4 1 / ‒ AC1750 128MB 64KB 128MB K26RT-N (SDK5.110)
Buffalo
WZR‑1750DHP
ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1750 128MB 64KB 512MB K26ARM (SDK6.37) Forum thread
CD-R
King CW‑5358U
MIPS R2 300Mhz ×1 100MbE ×4 1 / ‒ N300 8MB 32KB 32MB K26RT-N (SDK5.110)
Cisco
M10
v2 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26RT-N (SDK5.110)
D-Link
DIR‑320
MIPS R1 240Mhz ×1 100MbE ×4 1 / ‒ N150 4MB FIXME 32MB K26 (SDK5.10)
D-Link
DIR‑620
C1 MIPS R2 530Mhz ×1 100MbE ×4 1 / ‒ N300 8MB FIXME 64MB K26RT-N (SDK5.110)
D-Link
DIR‑865L
MIPS R2 600Mhz ×1 1GbE ×4 1 / ‒ AC1750 16MB 32KB 256MB K26RT-AC (SDK6.30) Supported from 2020.8.

NVRAM is limited to 32K. Use special build.
D-Link
DIR‑868L
A1 / B1 / C1 ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1750 128MB 32KB 128MB K26ARM (SDK6.37) NVRAM is limited to 32K. Use special build.
Fiboom
HG320
MIPS R2 533Mhz ×1 100MbE ×4 1 / ‒ FIXME 16MB 32KB 256MB K26RT-N (SDK5.110)
Huawei
WS880
ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1750 128MB 64KB 128MB K26ARM (SDK6.37)
Linksys
E800
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N150 8MB 64KB 32MB K26RT-N (SDK5.110)
Linksys
E900
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 64KB 32MB K26RT-N (SDK5.110)
Linksys
E1000
v1 / v2 / v2.1 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26RT-N (SDK5.110)
Linksys
E1200
v1 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 64KB 32MB K26RT-N (SDK5.110)
Linksys
E1200
v2 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 64KB 32MB K26RT-N (SDK5.110)
Linksys
E1500
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 8MB 64KB 32MB K26RT-N (SDK5.110)
Linksys
E1550
MIPS R2 300Mhz ×1 100MbE ×4 1 / ‒ N300 16MB 60KB 64MB K26RT-N (SDK5.110)
Linksys
E2000
MIPS R2 354Mhz ×1 1GbE ×4 ‒ / ‒ N300 8MB 60KB 32MB K26 (SDK5.10) / K26RT-N (SDK5.110)
Linksys
E2500
v1 / v2 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N600 8MB 64KB 64MB K26RT-N (SDK5.110) NVRAM is limited to 32KB.
Linksys
E2500
v3 MIPS R2 500Mhz ×1 100MbE ×4 1 / ‒ N600 16MB 64KB 64MB K26RT-N (SDK5.110) NVRAM is limited to 32KB.
Linksys
E3000
MIPS R2 480Mhz ×1 1GbE ×4 1 / ‒ N600 8MB 60KB 64MB K26 (SDK5.10) / K26RT-N (SDK5.110)
Linksys
E3200
MIPS R2 500Mhz ×1 1GbE ×4 1 / ‒ N600 16MB 64KB 64MB K26RT-N (SDK5.110) 60KB NVRAM.
Linksys
E4200
v1 MIPS R2 480Mhz ×1 1GbE ×4 1 / ‒ N750 16MB 60KB 64MB K26RT-N (SDK5.110) v2 is not supported (has a Marvell chipset).
Linksys
EA6200
v1 ARM 800Mhz ×1 1GbE ×4 ‒ / 1 AC900 128MB 64KB 128MB K26ARM (SDK6.37) CFE 32KB NVRAM bug; read this before flashing.

Single core; use images ending in …‑64K‑NOSMP.trx.
(wl0 is 5GHz radio)
Linksys
EA6300
v1 ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1200 128MB 64KB 128MB K26ARM (SDK6.37) CFE 32KB NVRAM bug; read this before flashing.
Linksys
EA6350
v1 ARM 800Mhz ×1 1GbE ×4 ‒ / 1 AC1200 128MB 64KB 128MB K26ARM (SDK6.37) CFE 32KB NVRAM bug; read this before flashing.

Single core; use images ending in …‑64K‑NOSMP.trx.
Linksys
EA6350
v2 ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1200 128MB 64KB 128MB K26ARM (SDK6.37) Supported from 2022.1. (forum thread)
Linksys
EA6400
ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1200 128MB 64KB 128MB K26ARM (SDK6.37) CFE 32KB NVRAM bug; read this before flashing.
Linksys
EA6500
v2 ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1750 128MB 64KB 256MB K26ARM (SDK6.37) CFE 32KB NVRAM bug; read this before flashing.
Linksys
EA6700
ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1750 128MB 64KB 256MB K26ARM (SDK6.37) CFE 32KB NVRAM bug; read this before flashing.
Linksys
EA6900
v1 / v1.1 ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37) CFE 32KB NVRAM bug; read this before flashing.
Linksys
WRT54G/GS
v2 / v3 / v4 MIPS R1 240Mhz ×1 100MbE ×4 ‒ / ‒ G54 4–8MB 32KB 32–64MB K26 (SDK5.10)
Linksys
WRT54GL
v1 / v1.1 MIPS R1 200Mhz ×1 100MbE ×4 ‒ / ‒ G54 4MB 32KB 16MB K26 (SDK5.10)
Linksys
WRTSL54GS
MIPS R1 266Mhz ×1 100MbE ×4 1 / ‒ G54 8MB 32KB 32MB K26 (SDK5.10)
Linksys
WRT160N
v1 MIPS R1 266Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26 (SDK5.10)
Linksys
WRT160N
v3 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26 (SDK5.10)
Linksys
WRT300N
v1 MIPS R1 264Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26 (SDK5.10)
Linksys
WRT310N
v2 MIPS R2 300Mhz ×1 1GbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26 (SDK5.10) Same as the WRT160N v3.
Linksys
WRT320N
MIPS R2 354Mhz ×1 1GbE ×4 ‒ / ‒ N300 8MB 32KB 32MB K26 (SDK5.10)
Linksys
WRT610N
v2 MIPS R2 480Mhz ×1 1GbE ×4 1 / ‒ N300 8MB 32KB 64MB K26 (SDK5.10)
Netgear
AC1450
ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1750 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2022.3. (forum thread)
Netgear
R6200
v2 ARM 800Mhz ×1 1GbE ×4 ‒ / 1 AC1200 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2023.5. (forum thread)
Netgear
R6250
ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1600 128MB 64KB 256MB K26ARM (SDK6.37)
Netgear
R6300
v1 MIPS R2 600Mhz ×1 1GbE ×4 2 / 1 AC1750 128MB 64KB 128MB K26RT-AC (SDK6.30)
Netgear
R6300
v2 ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1750 128MB 64KB 256MB K26ARM (SDK6.37)
Netgear
R6400
v1 ARM 800Mhz ×2 1GbE ×4 1 / 1 AC1750 128MB 128KB 256MB K26ARM (SDK6.37)
Netgear
R6400
v2 ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1750 128MB 128KB 256MB K26ARM (SDK6.37)
Netgear
R6700
v1 ARM 1Ghz ×2 1GbE ×4 ‒ / 1 AC1750 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2020.8.

Do not enable JFFS with FreshTomato prior to 2022.1; doing so deletes board_data partition!
Netgear
R6700
v3 ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1750 128MB 128KB 256MB or 512MB K26ARM (SDK6.37) Some of these routers have 512MB RAM; images for both variants are provided, named: …‑AIO‑128K‑512M.trx vs. …‑AIO‑128K.trx (for ≤ 256MB RAM)
If RAM size is unknown, use the 512MB RAM version; it will always work.
Netgear
R6900
v1 ARM 1Ghz ×2 1GbE ×4 ‒ / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37) Supported from 2021.3

Do not enable JFFS with FreshTomato prior to 2022.1; doing so deletes board_data partition!
Netgear
R7000
ARM 1Ghz ×2 1GbE ×4 1 / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37) Do not enable JFFS with FreshTomato prior to 2022.1; doing so deletes board_data partition!

If you have a custom CFE/bootloader (e.g. Vortex 1.3.0.7), reinstall original Netgear CFE before flashing FreshTomato 2020.3 or newer.
Netgear
EX7000
ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1900 16MB 64KB 128MB K26ARM (SDK6.37) Work-in-progress; internal switch is not yet functional.
(forum thread)
Netgear
R7900
ARM 1Ghz ×2 1GbE ×4 ‒ / 1 AC3000 128MB 64KB 512MB or 256MB? K26ARM7 (SDK7) Supported from 2022.4.
Netgear
R8000
ARM 1Ghz ×2 1GbE ×4 1 / 1 AC3200 128MB 64KB 256MB K26ARM7 (SDK7) Do not enable JFFS with FreshTomato prior to 2022.3; doing so deletes board_data partition!
Netgear
XR300
ARM 1Ghz ×2 1GbE ×4 ‒ / 1 AC1750 128MB 128KB 512MB K26ARM (SDK6.37) Supported from 2021.1, images end with …-128K-512M.trx.
Netgear
WNR2000
v2 MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N300 4MB 32KB 32MB K26 (SDK5.10) Flash storage is ≲ 3.5MB; FreshTomato 2020.x IPv6 image is the only one that fits.
Netgear
WNR3500
v2 MIPS R2 453Mhz ×1 1GbE ×4 ‒ / ‒ N300 3.5MB 32KB 32MB K26 (SDK5.10) Due to hard-coded JFFS2 partition, flash storage is ≲ 3,473KB; FreshTomato 2020.x MiniIPv6 image is the only one that fits.
Netgear
WNR3500L
v1 MIPS R2 453Mhz ×1 1GbE ×4 1 / ‒ N300 8MB 32KB 64MB K26 (SDK5.10) Only enable JFFS on the FreshTomato Mini images, otherwise your board_data partition is overwritten.

Images must be ≲ 7,475KB. (forum thread)
Netgear
WNR3500L
v2 MIPS R2 480Mhz ×1 1GbE ×4 1 / ‒ N300 32MB 32KB 128MB K26RT-N (SDK5.110) Only install images with names ending in …Netgear‑3500Lv2‑K26USB_RT‑N5x‑XXX (AIO or VPN).
Netgear
WNDR3400
v1 MIPS R2 480Mhz ×1 100MbE ×4 1 / ‒ N600 8MB 64KB 64MB K26RT-N (SDK5.110)
Netgear
WNDR3400
v2 / v3 MIPS R2 530Mhz ×1 100MbE ×4 1 / ‒ N600 8MB 64KB 64MB K26RT-N (SDK5.110) Forum thread
Netgear
WNDR3700
v3 MIPS R2 480Mhz ×1 1GbE ×4 1 / ‒ N600 8MB 64KB 64MB K26RT-N (SDK5.110) Supported from 2020.6.
Netgear
WNDR4000
MIPS R2 480Mhz ×1 1GbE ×4 1 / ‒ N750 8MB 64KB 64MB K26RT-N (SDK5.110) Supported from 2020.6.
Netgear
WNDR4500
v1 MIPS R2 600Mhz ×1 1GbE ×4 2 / ‒ N900 128MB 64KB 128MB K26RT-AC (SDK6.30) Prior to FreshTomato 2022.3, the LEDs do not function.
Netgear
WNDR4500
v2 MIPS R2 600Mhz ×1 1GbE ×4 2 / ‒ N900 128MB 64KB 128MB K26RT-AC (SDK6.30)
Ovislink
WL1600GL
MIPS R1 240Mhz ×1 100MbE ×4 ‒ / ‒ G125 4MB FIXME 16MB K26 (SDK5.10)
Tenda
AC15
v1.0 ARM 800Mhz ×2 1GbE ×3 ‒ / 1 AC1900 16MB 64KB 128MB K26ARM (SDK6.37)
Tenda
AC18
v1.0 ARM 800Mhz ×2 1GbE ×4 ‒ / 1 AC1900 128MB 64KB 256MB K26ARM (SDK6.37)
Tenda
N6
MIPS R2 300Mhz ×1 100MbE ×4 ‒ / ‒ N600 8MB 32KB 64MB K26RT-N (SDK5.110)
Tenda
N60
MIPS R2 500Mhz ×1 1GbE ×4 1 / ‒ N600 8MB 32KB 64MB K26RT-N (SDK5.110)
Tenda
N80
MIPS R2 500Mhz ×1 1GbE ×4 1 / ‒ N900 8MB 64KB 128MB K26RT-N (SDK5.110)
Tenda
W1800R
MIPS R2 600Mhz ×1 1GbE ×4 2 / ‒ AC1750 16MB 64KB 256MB K26RT-AC (SDK6.30)
Xiaomi
MiWiFi R1D
ARM 1Ghz ×2 1GbE ×2 1 / ‒ AC1200 128MB 64KB 256MB K26ARM (SDK6.37) This unit may be bricked if you try to FULLY erase NVRAM; but resetting values to defaults is safe.

To access the CFE when you have stock xVortex CFE, power on while holding Reset button for 10 seconds. (forum thread)

Use images whose name ends in …‑Custom‑64K.trx
(wl0 is the 5GHz radio)
ZTE
ZXV10 H618B
MIPS R1 240Mhz ×1 100MbE ×4 1 / ‒ G54 16MB FIXME 32MB K26 (SDK5.10)
ZTE
H218N
MIPS R2 500Mhz ×1 100MbE ×4 1 / ‒ N300 16MB FIXME 64MB K26RT-N (SDK5.110)