Quick answer
Treat every alternate LED chip, driver IC or power supply brand as a written specification change. Ask each quotation to name the component tier for the exact model, pitch and module technology. Then budget batch consistency, replacement-part compatibility and verification as separate lines. Compare totals only when the same configuration, included spares and component identities are stated.
Sources used: EA640F2 specs; EA640H1 specs; EA600COB3 specs; EA1000F2 specs
Name the component tier before discussing any brand
A component brand swap is a configuration change. The documented EA640F2 cabinet is offered with SMD and COB module options. EA640H1 uses GOB-protected modules on some pitches and a standard SMD module on another pitch. EA600COB3 uses flip-chip COB modules. Those differences mean the quotation should name the exact module technology first; otherwise an alternate chip or driver brand is being priced against an undefined baseline. Buyers comparing module technologies can use a COB vs SMD comparison as a starting framework.
Documented cabinets also differ in how modules and control parts connect. EA640F2 uses an integrated adapter board and organized wiring. EA600COB3 uses a cable-free HUB connection. EA640H1 uses a cable-free module-to-HUB connection. So the component-tier request should name the LED chip or package, driver IC, power supply, receiving card or HUB board and cabinet connector or adapter board as separate items.
Budget the LED chip or package tier as a separate line
The LED chip or package tier changes both use-case fit and module cost. EA640F2 SMD is documented as the usual choice for standard indoor viewing distances and the widest pitch range, while flip-chip COB gives a sealed, more robust surface that resists contact and cleaning and suits high-traffic areas. EA600COB3 flip-chip COB bonds the chips to the board and encapsulates them, and the source states COB modules are generally more expensive than equivalent SMD modules. A quotation that swaps the package tier without saying so is changing the comparison basis.
Our advice is to request the package tier in writing, with a batch identifier for the quoted modules and a statement of whether spare modules match that tier. Do not accept a generic LED brand line. If the package tier is unnamed, defer the comparison because the documented COB and SMD options have different documented surface and cost characteristics.
Component tier budget lines to request
| Decision | Evidence to request | Why it changes the comparison |
|---|---|---|
| LED chip or package tier | Request the exact package type and batch identifier for the quoted module. | EA640F2 offers SMD and COB; EA600COB3 uses flip-chip COB; COB modules are generally more expensive than equivalent SMD. |
| Driver IC | Request model and revision for the exact cabinet. | The supplied pages do not name driver IC brands, so an unnamed driver IC leaves the alternate-tier line incomplete. |
| Receiving card or HUB board | Request the receiving card and HUB board revision, and whether the documented service method still applies. | EA640F2 receiving cards are front-serviceable; EA600COB3 and EA640H1 use cable-free HUB connections. |
| Power supply | Request model, mounting method, thermal interface and replacement part number. | EA1000F2 mounts the power supply against the cabinet door panel with thermal paste; EA640F2 power supplies are front-serviceable. |
| Cabinet connector or adapter board | Request the connector or adapter board identity and whether it is part of the cabinet or a separate line. | EA640F2 uses an integrated adapter board; EA600COB3 and EA640H1 use HUB connections. |
| Batch consistency | Request batch codes for modules, power supplies and control boards, and ask how later replacements will be matched. | EA640H1 source advises ordering spares in the same pitch to keep brightness and colour even. |
| Replacement compatibility | Request a written statement of which spares are interchangeable across tiers and which remain model-specific. | EA640F2 documents front-serviceable modules, power supplies and receiving cards; EA600COB3 and EA640H1 document front-serviceable modules with HUB connections, but cross-tier compatibility is not established by those service descriptions. |
| Verification | Request test records, brightness and colour calibration, and camera test results for the exact configuration. | EA600COB3 encapsulated COB produces less glare and fewer moiré artefacts on camera. |
Budget driver IC, receiving card and HUB tier as a control item
The supplied pages do not name driver IC brands, but they document control and connection components inside the cabinet. EA640F2 receiving cards are front-serviceable. EA600COB3 modules connect through the cabinet HUB with no external cabling. EA640H1 modules plug into the cabinet HUB board for power and data. EA1000F2 uses hard-connected modules to reduce exposed internal cabling. These are the cabinet-level items to attach to a driver IC or receiving card question.
Our advice is to ask the quote to name the driver IC model and revision, the receiving card and HUB board revision, and whether the documented service method still applies for the exact cabinet. If the supplier cannot state those identifiers, the alternate-tier line is incomplete. Keep this as a written request rather than assuming a brand swap is compatible.
Budget power supply tier with thermal and service evidence
Power supply tier is tied to the cabinet’s thermal and service design. EA1000F2 mounts the power supply directly against the cabinet door panel with thermal paste, creating a defined heat-transfer path, and uses aluminum module baseplates and vortex cooling fans to move heat away. EA640F2 power supplies are front-serviceable. For electrical sizing, the EA640F2 source says to size the electrical supply and cabling on the maximum figure rather than the average. The EA640H1 and EA600COB3 sources say to size supply, cabling and any UPS on the maximum rather than the average, and the EA1000F2 source says final electrical design should follow the selected model and local requirements. An alternate power supply brand therefore belongs on a separate line with those conditions.
Our advice is to request the power supply identification, mounting method, thermal interface details and replacement part number, plus written confirmation that the documented service access still applies. Keep the electrical design and site supply as separate scope. Use an AC input scope method so the quoted range is not treated as the complete electrical package.
Budget batch consistency, replacement compatibility and verification separately
Batch consistency is a separate budget line because the same model can be delivered with different module types. Ask for batch codes for the LED chip or package, driver IC, power supply, receiving card and HUB board. The EA640H1 source advises ordering spares in the same pitch to keep brightness and colour even. The EA600COB3 source states COB modules are generally more expensive than equivalent SMD and that encapsulated COB has documented surface and camera characteristics. Those facts make batch and tier matching a written condition, not an assumption. A batch budget method can keep those terms visible across phases.
Replacement compatibility is the second line. Ask whether spare modules, power supplies, receiving cards and HUB boards are interchangeable across the alternate tiers, and which items remain model-specific. Documented designs are front-serviceable or HUB-connected in different ways: EA640F2 modules, power supplies and receiving cards are front-removable; EA600COB3 modules connect through the cabinet HUB; EA640H1 modules plug into the cabinet HUB board. Cross-tier compatibility is not established by those service descriptions, so request it in writing and include spare modules on the same request.
Verification is the third line. Request factory test records, brightness and colour calibration data, and camera test results for the exact configuration. The EA600COB3 source notes that encapsulated COB produces less glare and fewer moiré artefacts on camera, and the EA640H1 source says spares in the same pitch keep brightness and colour even. Those are configuration-level checks to specify, not a substitute for a full acceptance test.
Compare totals only on identical configuration and included lines
A component-tier comparison only works when every quote covers the same scope. EA640H1 quotation guidance asks for wall width and height, viewing distance, preferred pitch and delivery address, for an itemized quote covering cabinets, controller, spare modules and freight. EA600COB3 price is quoted per project because it depends on pixel pitch, total wall area, cabinet quantity, control system, spare modules, mounting structure and shipping. EA640F2 pricing is also quoted per project because pixel pitch, cabinet quantity, control equipment, spare parts and delivery affect the total. An alternate brand line should not be compared as a standalone number.
Our advice is to use a line-by-line comparison and defer approval until the exact model, pitch, module technology, component tier, batch terms, replacement compatibility and verification scope are stated. If one quote names the LED chip tier and another does not, the totals are not comparable. Include a compare LED screen quotes method so every proposal answers the same rows.
Documented configuration facts that anchor a component-tier question
| Model | Documented component-level fact | Budget question to attach |
|---|---|---|
| EA640F2 | SMD and COB module options; SMD is usual for standard indoor viewing distances, COB is sealed and more robust for high-traffic areas. | Ask which package tier is quoted and whether spare modules match that tier. |
| EA640H1 | GOB-protected modules on some pitches and a standard SMD module on another pitch; cable-free module-to-HUB connection. | Ask which module type applies to the quoted pitch and how spares are matched. |
| EA600COB3 | Flip-chip COB modules; modules connect through the cabinet HUB with no external cabling. | Ask for batch and replacement compatibility of COB modules and HUB parts. |
| EA1000F2 | Hard-connected modules; power supply mounts against the cabinet door panel with thermal paste; vortex cooling fans. | Ask for power supply identification, mounting method and thermal interface details. |
| EA640F2 | Modules, power supplies and receiving cards are front-serviceable. | Ask whether an alternate power supply or receiving card preserves the documented service access. |
Buyer checklist
- Name the exact model, pitch and module technology before discussing any component brand.
- Ask each quote to itemize the LED chip or package, driver IC, power supply, receiving card or HUB board and cabinet connector or adapter board.
- Request batch codes and written matching rules for spare modules, power supplies and control boards.
- Request a written compatibility statement for alternate component tiers: which spares are interchangeable and which are model-specific.
- Request factory test records, brightness and colour calibration, and camera test results for the exact configuration.
- Compare totals only when the same line structure, component tier and included spares are quoted.
Frequently asked questions
Should an alternate LED chip brand be treated as a saving?
No. Treat it as a written specification change. EA640F2 offers SMD and COB options, and EA600COB3 uses flip-chip COB. The EA600COB3 source states COB modules are generally more expensive than equivalent SMD modules. Ask for the package tier, batch identifier and spare compatibility before comparing totals.
What should a quote state about the driver IC?
Our advice is to require the driver IC model and revision for the exact cabinet. The supplied pages document receiving cards, HUB boards and adapter boards, but they do not name driver IC brands. If the driver IC is unnamed, the alternate-tier line is incomplete and should not be compared as though it were a like-for-like configuration.
How do I budget power supply tier for an outdoor cabinet?
Check the documented mounting and thermal path. EA1000F2 mounts the power supply directly against the cabinet door panel with thermal paste and uses vortex cooling fans. The source also states final electrical design should follow the selected model and local requirements. Request power supply identification, replacement part number and written service-access confirmation as separate lines.
Do spare parts need to match the component tier?
Yes, request written matching. The EA640H1 source advises ordering spares in the same pitch to keep brightness and colour even. EA600COB3 uses flip-chip COB modules and the source states COB modules are generally more expensive than equivalent SMD modules. Ask which spares are interchangeable across tiers and which remain model-specific.
What verification should be budgeted with an alternate component tier?
Budget separate lines for factory test records, brightness and colour calibration, and camera test results for the exact configuration. EA600COB3 encapsulated COB is documented as producing less glare and fewer moiré artefacts on camera. That is a configuration-level check to specify, not a substitute for a full acceptance test.
How should quotes be compared when one uses alternate brands?
Compare only with the same model, pitch, module technology, component tier, spare list and included lines. EA600COB3 price is quoted per project because it depends on pixel pitch, wall area, cabinet quantity, control system, spare modules, mounting structure and shipping. EA640H1 quotation guidance asks for an itemized quote covering cabinets, controller, spare modules and freight.
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Sources & references
Source pages can change. Access dates record when they were consulted.
- EA640F2 specs Accessed 5 October 2026
- EA640H1 specs Accessed 7 October 2026
- EA600COB3 specs Accessed 5 October 2026
- EA1000F2 specs Accessed 7 October 2026
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