Industrial IoT 10.2 Inch 960x640 E Ink Display Module SSD1677 4-SPI Driver Panel for Gateway Devices

A gateway display is a strange requirement: it must be always readable, rarely written, and never the reason a cabinet overheats. Electrophoretic film suits it precisely. Microcapsules hold charged black and white pigment, plus red and yellow in the colour builds, and the SSD1677 drives the waveform that brings the chosen species to the surface; the pigment stays when the field is removed, so the panel holds a device list or an alarm summary without drawing current. At 960x640 on a 215.52 x 143.68 mm area the array is large enough to show a table of nodes, a status column and a timestamp, and the 0.2245 mm pitch keeps 10 point text clean. The SSD1677's integrated booster generates the panel rails from the 3.3 V logic supply a gateway board already provides, which removes a power component from an enclosure that is usually sealed.

Cabinet gateways show a node table with a link state per row. Protocol converters show a mapping summary. Energy gateways show a meter list and a last read time. Building controllers show a floor and a device count. Telemetry hubs show a signal strength table. Each sits behind a door that a technician opens monthly, and each needs to be readable without a laptop.

The first advantage is that a 10.2 inch table replaces a laptop: a technician reads the node list at the cabinet. Second, bistability keeps the last state visible if the gateway loses power, which is exactly when a fault list is needed. Third, the integrated booster keeps the board small and the heat low in a sealed enclosure. Fourth, 960x640 carries eight to ten rows without pagination.

The module renders tables, status rows, alarms and colour highlight bands, accepts SPI data from the gateway, refreshes fully when the device list changes and partially when one node changes state, and holds the frame if the supply drops. A host can write a state change in a partial window, which avoids a multi-second full refresh while a technician waits.

Integration: mount the panel behind the cabinet door, keep the SPI ribbon short or shielded, apply 3.3 V, reset, load the SSD1677 table for 960x640, set the window, write the frame, then refresh. Confirm the booster output before the first write. Because the enclosure is sealed, verify the temperature at the top of the cabinet after an hour of refresh-heavy commissioning, not at the bench.

Keep within 0 to +40 C and allow air movement behind the panel, since the booster and backlight-free design still dissipate heat. Do not press on the glass to close the door, and route the FPC away from the hinge. Keep the panel away from contactor wiring that can couple noise onto SPI. Never interrupt a refresh, and never hot-plug the connector while powered.

Dispatch is 5-10 working days after payment. Pilot cabinets go by express, projects by air or sea, and monthly capacity near 100,000 pieces supports multi-site installations.

T/T, L/C at sight and Western Union are accepted. Sample panels are prepaid and project orders run on a deposit plus balance against documents.

Panels ship flat in rigid foam cradles with edge protection and a moisture barrier, since a 10 inch sheet chips at the corner before it cracks in the middle.

Minimum order is 10 pieces. Panels damaged in transit are replaced after photo verification, the 12 month warranty covers defects, and our engineers assist with EMC layout and refresh scheduling.