LORDWORLD
LORDWORLD Nano Base Board (A) development board
Expansion board for Raspberry Pi Compute Module 5 with USB 3.2 Gen1 Type-A and dual MIPI 4-lane connectors
- Compact footprint matches CM5 for space-constrained designs
- USB 3.2 Gen1 Type A port for fast peripheral connectivity
- Dual MIPI 4-lane interfaces via 22pin 0.5mm FPC connectors
- Ready for CM5 Lite or eMMC evaluation and integration
- Multiple peripheral interfaces integrated on a single board
Compact CM5 carrier board
The LORDWORLD Nano Base Board (A) is a carrier board built for the Raspberry Pi Compute Module 5 Lite and eMMC variants. It matches the module outline so the combination fits tight enclosures while exposing a USB 3.2 Gen1 Type A port and two MIPI 4-lane connectors on 22-pin 0.5 mm FPC headers.
Replaces custom breakout boards
Engineers who previously wired their own CM5 breakouts can drop in this board and gain the same peripheral set without a respin. The jump is worth it when a project needs a validated, production-ready footprint that still leaves room for a custom daughterboard or enclosure constraint.
Sustained operation in confined spaces
Because the board shares the CM5 outline, heat spreads across the combined assembly rather than concentrating on a separate carrier. The exposed interfaces remain electrically stable during long captures on both MIPI lanes and continuous USB 3.2 traffic, making the pair suitable for always-on edge nodes mounted in narrow cavities.
Istaknuto
- Compact footprint matches CM5 for space-constrained designs
- USB 3.2 Gen1 Type A port for fast peripheral connectivity
- Dual MIPI 4-lane interfaces via 22pin 0.5mm FPC connectors
- Ready for CM5 Lite or eMMC evaluation and integration
- Multiple peripheral interfaces integrated on a single board
Specifikacije
| Brand | LORDWORLD |
|---|
Pitanja o ovom artiklu
What physical clearance does the Nano Base Board (A) need to fit alongside a Compute Module 5?
The board matches the CM5 footprint exactly, so it only requires the same outline space as the module itself with no extra overhang.
Which step do builders often miss when seating the Compute Module 5 onto the Nano Base Board (A)?
Align the high-density connector precisely before pressing down; an off-centre start bends pins and prevents the board from powering up.
What ongoing care do the two 22-pin 0.5 mm FPC connectors on the Nano Base Board (A) need?
Inspect the flex cables periodically for creasing or dust, and reseat them gently if the MIPI camera or display link becomes unstable.
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