Hewlett Packard Enterprise MSM466 (J9622A)
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| abgn (AN900) | |||||||
|---|---|---|---|---|---|---|---|
| Dual Radio Wireless Access Point | |||||||
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| 3rd Party Firmware | |||||||
| dd-wrt | Status Unknown | ||||||
| OpenWrt | Supported | ||||||
| Tomato any flavor | Incompatible | ||||||
| Gargoyle | Status Unknown | ||||||
| Platform | |||||||
| Brand • Model • Rev | HPE MSM466 (J9622A) | ||||||
| FCC ID | RTP-MRLBB1003S | ||||||
| Type | access point | ||||||
| CPU1 | Freescale P1020 | ||||||
| CPU1 Type | Power | ||||||
| CPU1 Speed | 667 MHz ( 2 cores ) 32-bit | ||||||
| Flash1 Chip | Micron 2CA1 | ||||||
| Flash1 Size | 128 MiB 134,217,728 B <br />1,048,576 Kib <br />131,072 KiB <br />1,024 Mib <br />0.125 GiB <br /> (NAND) | ||||||
| RAM1 Size | 256 MiB 268,435,456 B <br />2,097,152 Kib <br />262,144 KiB <br />2,048 Mib <br />0.25 GiB <br /> (DDR3) | ||||||
| RAM1 Chip | Micron MT41J64M16JT-15E:G | ||||||
| ETH chip1 | Freescale P1020 | ||||||
| Ethernet Port Count | 1-1GbE-LAN | ||||||
| Wired Standard | IEEE 802.3i/3u/3ab | ||||||
|
802dot11 OUI: none specified | |||||||
| Stock bootloader | U-Boot | ||||||
| Expansion IF types | Mini PCI | ||||||
| Mini PCI slots | 2 | ||||||
| PoE | 802.3af, standard | ||||||
| Power | ? VDC, ? A | ||||||
| Serial Port (UART) | yes, RS232, (115200 8N1) | ||||||
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| Other | |||||||
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| 3rd Party Firmware Support |
OpenWrt • (List | Dev | DLs) | ||||||
| Retail | |||||||
| Availability | End of Life | ||||||
| Radio 1 | |||||||
| Radio1 module | unknown | ||||||
| Radio1 module IF | Mini PCI | ||||||
| Chip1 | Atheros AR9390 | ||||||
| Wireless interface OUI | none specified | ||||||
| Antenna Connector Type | none specified | ||||||
| MIMO status | 3x3:3 | ||||||
| Wireless Standard | IEEE 802.11a/b/g/n | ||||||
| 802.11n | up to 450/450 Mbps | ||||||
| 802.11g | up to 54 Mbps | ||||||
| 802.11b | up to 11 Mbps | ||||||
| 802.11a | up to 54 Mbps | ||||||
| WiFi Operating Frequency | 2.4 or 5 GHz | ||||||
| Radio 2 | |||||||
| Radio2 module | unknown | ||||||
| Radio2 module IF | Mini PCI | ||||||
| Chip1 | Atheros AR9390 | ||||||
| Wireless interface OUI | none specified | ||||||
| Antenna Connector Type | none specified | ||||||
| MIMO status | 3x3:3 | ||||||
| Wireless Standard | IEEE 802.11a/n | ||||||
| 802.11n | up to 450 Mbps | ||||||
| 802.11a | up to 54 Mbps | ||||||
| WiFi Operating Frequency | 5 GHz | ||||||
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For a list of all currently documented Atheros (QCA) chipsets with specifications, see Atheros.
For a list of all currently documented Freescale (NXP) SoC's with specifications, see Freescale.
For a list of all currently documented HPE devices with specifications, see HPE.
Flashing
| NOTE: During configuration or flashing a device, the only things that should be hooked to the device is the computer and power. |
Flashing OpenWrt
Target: mpc85xx
Subtarget: p1020
Package architecture: powerpc_8540
Supported Since Commit
Support started version: 24.10.0
Current supported version: 24.10.5
Subtarget: p1020
Package architecture: powerpc_8540
Supported Since Commit
Support started version: 24.10.0
Current supported version: 24.10.5
LAN Comment: PoE PD 802.3af
WLAN Hardware: 2x Atheros AR9390 (mini-PCIe)
WLAN Comment: 3x3:3 MIMO cards. Both 5ghz capable. Running both at 5ghz can lead to DFS events.
Installation method(s):
See git-commit
Install Comment:
Identical to MSM460
Recovery Comment:
Identical to MSM460
Comment:
J9621A and J9620A should be identical but are untested. Of note patch sent to mailing list to add it as an altname for msm460. After flashing for my unit, transmit power limits were 23dBm in 2.4GHz, 18dBm in 5GHz. Factory is 20dBm in both bands for both radios. Factory left it to the user to consider transmit power, antenna gain and channel selection, given the approval for indoor and outdoor antennas of various gains.
WLAN Hardware: 2x Atheros AR9390 (mini-PCIe)
WLAN Comment: 3x3:3 MIMO cards. Both 5ghz capable. Running both at 5ghz can lead to DFS events.
Installation method(s):
See git-commit
Install Comment:
Identical to MSM460
Recovery Comment:
Identical to MSM460
Comment:
J9621A and J9620A should be identical but are untested. Of note patch sent to mailing list to add it as an altname for msm460. After flashing for my unit, transmit power limits were 23dBm in 2.4GHz, 18dBm in 5GHz. Factory is 20dBm in both bands for both radios. Factory left it to the user to consider transmit power, antenna gain and channel selection, given the approval for indoor and outdoor antennas of various gains.
| git • >> |
|---|
mpc85xx: add support for Hewlett Packard MSM460
Hardware
--------
CPU: Freescale P1020 2xe500 PPC
RAM: 256M DDR3 (Micron MT41J64M16JT-15E:G "D9MNJ")
NAND: 128M (Micron 2CA1)
BTN: 1x Reset
LED: Power - ETH - Radio1 - Radio2
UART: RJ-45 Cisco Pinout - 115200 8N1
Installation
------------
NOTE: You can find a repo with up-to-date instructions as well as
the required files here:
https://github.com/blocktrron/msm460-flashing
Required files
==============
You need a command-files as well as a U-Boot image.
The command-file has the following content (padded to 131072 bytes).
If you copy paste these, remove the newlines!
```
U-BOOT setenv ethaddr 02:03:04:05:06:07; setenv ipaddr 192.168.1.1;
setenv serverip 192.168.1.66; tftpboot 0x3000000 msm460-uboot.bin;
nand device; nand erase 0 0xC0000; nand write 0x3000000 0x0 0xC0000; reset
```
You can download the required U-Boot from this repository:
https://github.com/blocktrron/u-boot-msm/releases
Preparation
===========
Prepare a TFTP server serving two files:
- U-Boot NAND image as `msm460-uboot.bin`.
- OpenWrt factory image as `msm460-factory.bin`
- Command-file names `commands.tftp`
You can start a TFTP server in the current directory using dnsmasq:
```bash
sudo dnsmasq --no-daemon --listen-address=0.0.0.0 \
--port=0 --enable-tftp=enxd0 --tftp-root="$(pwd)" \
--user=root --group=root
```
Replace `enxd0` with the name of your network interface.
Procedure
=========
1. Assign yourself the IP-Address 192.168.1.66/24.
3. Connect the Router to the PC while keeping the reset button
pressed.
4. The LEDs will eventually begin to flash.
They will start to flash faster after around 15 seconds.
5. Release the reset button.
6. Start a new shell
7. Make sure you are currently in the directory where the tftp server
is located.
8. Run the following command:
```bash
tftp 192.168.1.1 -m binary -c put commands.tftp nflashd.cccc9999
```
You get the message "Transfer timed out."
To find out if you have been successful, please check the
blinking LED Pattern.
Signed-off-by: David Bauer
|
Categories:
- HPE
- Embedded system/access point
- Embedded System Freescale
- Embedded System P1020
- Freescale
- Embedded System Power
- Embedded System
- OpenWrt Supported
- Embedded System Atheros
- Embedded System AR9390
- Atheros
- Has Mimo Status
- Embedded System IEEE 802.11a/b/g/n
- Embedded System IEEE 802.11a/n
- Dual-Radio Wireless Embedded System
- Wireless Embedded System
- Dual-Band
- English Documentation