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Today we’ll be taking a look at the Netgear ReadyNAS NV RND4410 NAS (version 1) which was released back in 2007, has 4 drive bays, front LCD, gigabit ethernet and 3 USB ports. This particular unit wouldn’t power on anymore.

IMG_3181 IMG_3182

Quite a bit of screws later and we’re in.

IMG_3183 IMG_3184 IMG_3185

It’s a fairly modular design (I took the power supply out beforehand). We have the LCD connector running up to the top of the case, the memory module up top. The backplane has a standard ATX power connector has PCI connector to connect it to the main board; the main board can easily slide out.

IMG_3188 IMG_3189

A close up of the SATA drive blackplane. Even though it has a standard ATX connector, you shouldn’t plug in an ATX power supply (which I mistakenly did), you have to remove the -5V and -12V rails as shown in this PDF: ReadyNAS_PSU_pinout.

Main board – top


Now for the main board, we have have a board on the left which has the LEDs, buttons and a USB connector on it. The top connector is used for the LCD module and we’ve got a CR2032 battery for the RTC.

Infrant Technologies Processor
The main processor is a 32bit RISC with 4 SATA channels, DDR RAM interface, hardware raid 0/1/5. Since it’s built in hardware raid and assuming they are using this, if the unit did fail you’d have to by another one to recover your data.
IT3107-00A, IT3107_Brochure


Hynix 512Mbit NAND Flash


Unknown chip
I’m guessing this is some of the memory, probably 64Mbit or 128Mbit
7354128 951104BGLF

ICS Programmable Timing Control Hub
Used to generate and distribute clocks to the different components on the board. Capable to provide clocks to CPU, DDR, PCI and AGP ports.


VIA 4-Port USB 2.0 Controller


Vitesse SimpliPHY Gigabit Ethernet Controller


Maxim RTC
One of the most common RTC


Main board – bottom


Not much on the bottom side of the board, just the 256MB DDR400.

LCD Controller



Nuvoton GPIO Expander
Allows us to use I2C to interface to the LCD

Power Supply


We’ve got a Seventeam 110W ST-220FUB-05E which has had it’s fan removed.

IMG_3168 IMG_3169

Looks pretty standard, there is 1 capacitor that needs to be replaced and this power supply is faulty. Bottom of the board doesn’t look pretty.

I’m thinking about re-using the case, adding in a Raspberry Pi with 4x SATA drives connected via USB and seeing how Raid5 using mdadm performs over the network, I’m guessing under 5 MB/s. As long as it works, it will put good use to my Pi, I should be able to have the lights and LCD working too which will make it look nice!

14 Responses to “Inside the Netgear ReadyNAS NV RND4410 NAS”

  1. Duo says:

    The ICS chip is a clock generator, 951104.
    It handles the CPU/DDR/etc clocks for the whole system.

  2. Chris Crosswhite says:

    Besides the flux on the bottom of the PSU, it looks as if some of the solder has crystallized, and needs to be re-heated. When the solder crystallizes, the junction it forms becomes intermittent or has a high resistance. A quick re-melt cures the problem.

  3. Guillermo says:

    Keep us informed if you finally do this hack.


  4. Giro says:

    my Seventeam 110W ST-220FUB-05E has 3 SMD burned and all capacitors must be replaced 🙁
    Thanks to your “back board” photo I can see that we have 2 resistances R6 (10 Ohm) and R7 (5.1 kOhm), but I need to know the code of diode D2.

    Can you help me please?
    Thank you

    • Alex says:

      Hi Giro, I don’t think the diode has any codes on it, I would try replacing it with a high voltage rated (to be on the safe side) possibly rated at 3-5A.

  5. Greg Tarsa says:

    Thanks for posting this. I just had an older ReadyNAS NV PS blow and it looks like the Seventeam will work as a replacement. I am somewhat handy, but I do not have a deep grasp of power supplies. Can you elaborate on what “you have to remove the -5V and -12V rails” means? The PDF suggests that some pins need to be re-wired, but “remove” sounds like I would just have to cut the wires. I assume the stock PS from Seventeam cannot be used un-modified in an NV or NV+.

    Insight appreciated.

    • Alex says:

      Hi Greg,

      I believe that the extra 12V rails they added were all tied together so you should cut the -5V or -12V rails and then it’s up to you if you wish to hook up the extra 12V rails to the existing 12V rail, chances are it should work just fine without the re-wiring.

  6. Hirschhouse says:

    Greg Tarsa, did you order the stock Seventeam ST-220FUB-05E? Did it work without modification?

  7. mahesh joshi says:

    seventeam model: st-220fub-05e

  8. mahesh joshi says:

    require Seventeam ST-220FUB-05E.
    please guide us

  9. Lestrad says:

    I hope everyone will forgive me for awakening this thread, but also that someone will respond to it. I have an NV+ that has just been certified dead (I’ve tested it with a modified ATX power supply and it won’t start) and I want to try to use the enclosure and the backplane to make a DIY NAS using a Wandboard Quad running Arch Linux and open-source NAS software. (The Quad, unlike the Raspberry Pi, has a SATA connector.) If anyone has suggestions and/or knows of anybody who has done this, please let me know.


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