====== Malaysia Peak Routers ======

^ Node ID ^ Short Name ^ Long Name ^ Preset ^ Admin ^ MeshMap ^ HeyWhatsThat ^ Hardware ^ Antenna ^ Solar ^ Battery ^ Notes ^
| !e012c758 | BDKL | Bukit Dinding KL MY_919 | Long Fast | 9V1BJ\\ 9W2RUT\\ 9W2VHF | [[https://meshmap.lucifernet.com/#3759327064|MeshMap1]] [[https://meshmap2.lucifernet.com/?node_id=3759327064|MeshMap2]] | [[https://www.heywhatsthat.com/?view=BL7JBWCV|Bukit Dinding]] | SEEED_SOLAR_NODE | [[https://lora.rf-explorer.com/antennas/rfela5-8x9|RFELA-5/8X9]] | 5W | 14 Ah (4×[[https://www.evebatteryusa.com/_files/ugd/abe55e_e4cdbf3bdc4c4d3bbb78e77e42db3768.pdf|EVE INR18650/35V]]) | BME280 |
| !43b6ca7c | BDKL | Bukit Dinding KL MY_433 | Medium Fast | 9V1BJ\\ 9W2RUT\\ 9W2VHF | [[https://meshmap2.lucifernet.com/?node_id=1136052860|MeshMap2]] |   | HELTEC_WSL_V3 | [[https://www.ziisor.com/products/TX433-BLG-48|TX433-BLG-48]] | Shared with BDKL 919 | Shared with BDKL 919 |   |
| !2b7a13ee | BGKL | Bukit Gasing KL/PJ MY_919 | Medium Fast | 9V1BJ\\ 9W2RUT\\ 9W2VHF | [[https://meshmap.lucifernet.com/#729420782|MeshMap1]] [[https://meshmap2.lucifernet.com/?node_id=729420782|MeshMap2]] | [[https://www.heywhatsthat.com/?view=RDGXGS9T|Bukit Gasing]] | SEEED_SOLAR_NODE | [[https://lora.rf-explorer.com/antennas/rfela5-8x9|RFELA-5/8X9]] | 5W | 14 Ah (4×Samsung INR18650-35E) | BME280 |
| !43b6c24c | BGKL | Bukit Gasing KL/PJ MY_433 | Medium Fast | 9V1BJ\\ 9W2RUT\\ 9W2VHF | [[https://meshmap2.lucifernet.com/?node_id=1136050764|MeshMap2]] |   | HELTEC_WSL_V3 | [[https://www.ziisor.com/products/TX433-BLG-120|TX433-BLG-120]] | Shared with BGKL 919 | Shared with BGKL 919 |   |
| !906bc8e4 | BTSL | Bukit Tadun Selangor MY_919 | Long Fast | 9V1BJ\\ 9W2RUT\\ 9W2VHF | [[https://meshmap2.lucifernet.com/?node_id=2422982884|MeshMap2]] |   | SEEED_SOLAR_NODE | [[https://www.ebyte.com/product/2110.html|TX900-BLG-175]] | 5W  | 14 Ah (4×EVE INR18650/35V) | BME280 |
| !433e032c | BTSL | Bukit Tadun Selangor MY_433 | Long Fast | 9V1BJ\\ 9W2RUT\\ 9W2VHF | [[https://meshmap2.lucifernet.com/?node_id=1128137516|MeshMap2]] |   | HELTEC_WSL_V3 | [[https://www.ziisor.com/products/TX433-BLG-48|TX433-BLG-48]] | Shared with BTSL 919 | Shared with BTSL 919 |   |

===== Deployment Preparation Checklists =====

==== Configuration ====

Some things to double-check.

  - Setting 0 for some Meshtastic settings does not result in a default value
    - ''lora.hop_limit'' of 0 results in a valid setting of 0 rather than the default of 3
    - Telemetry (device, environment, power) interval  setting of 0 in ROUTER mode does not result in a default of 30min but rather auto-scaling with a minimum of 12 hours (see [[https://github.com/meshtastic/firmware/issues/4466|meshtastic/firmware#4466]])
  - Be careful with Meshtastic CLI when trying to add authorized admin public keys (see [[https://github.com/meshtastic/python/issues/827|meshtastic/python#827]])
  - Double check configuration with ''%%--export-config​%%''

==== Packing List ====

  - New Meshtastic Device
    - Firmware, latest alpha build with [[https://github.com/ndoo/meshtastic-firmware/tree/my_hams/|my_hams]] changes
  - Hardware
    - Ladder, A-frame, 6 or 7 step (1.5–1.7 m height)
  - Hand Tools
    - Screwdriver, Phillips, PH0
    - Screwdriver, Phillips, PH1 or PH2
    - Screwdriver, Slotted, ≈5mm
    - Wire cutter
  - Electrical Tools
    - Laptop, with Meshtastic CLI and Meshtastic firmware and development environment
    - RTL-SDR
    - Powerbank, with USB-A and USB-C PD
    - 1-2 Meshtastic devices
  - Cables
    - Coaxial RF cable, for node to antenna, RG58/LMR200 or similar
      - Be extra careful of RP-SMA and SMA compatibility - SMA female and RP-SMA male connectors are physically compatible but will air-gap the signal conductor
    - Coaxial RF cable, for RTL-SDR
    - USB, Type-C to USB Type-A
    - USB, Type-C to USB Type-C

===== Deployment Procedure =====

==== Post-Deployment Checks ====

  - RSSI
    - Measure RSSI from 2 other nearby Meshtastic devices
    * Passing criteria: All 3 devices show similar RSSI
    * Rectification: Ensure RF cabling and connectors are tightened, matched types, matched polarities and not damaged
  - MQTT Uplink and MeshMap
    - Ensure Fixed Position has been set on New Meshtastic Device
    - Ensure MQTT Uplink is enabled on 1 other Meshtastic device
    - Reset/reboot New Meshtastic Device to trigger a NodeInfo/Location/Telemetry broadcast
    * Passing criteria: Node appears on [[https://meshmap.lucifernet.com/|MeshMap]] or [[https://meshmap2.lucifernet.com/|MeshMap2]] at installation site
    * Rectification: Ensure the following configuration is set, ''lora.configOkToMqtt: true''
  - RTL-SDR Survey
    - Center [[https://airspy.com/download/|SDR#]] waterfall on 919–924 MHz
    - Take a screenshot
    * Passing criteria: LoRa transmissions at 922.875((
default frequency slot for MY_919 LongFast
)) are visually distinct from background noise

===== Long Term Health Monitoring =====

  - Check [[https://meshmap.lucifernet.com/|MeshMap]] or [[https://meshmap2.lucifernet.com/|MeshMap2]] to confirm node is alive
    - Check ChUtil and AirtimeUtil statistics, if they are consistently above 25% the mesh may be unhealthy (overloaded)
    - Check battery voltage statistics, ensure solar is sufficient to keep battery topped off