The proven SEMI E84
integration platform.
SmartBoxE84 handles the full E84 protocol and drives optical IR transceivers – so your team focuses on your product, not on the standard. The reference solution for OEMs integrating E84 in new tools, and FABs upgrading legacy fleets.
What is SEMI E84?
SEMI E84 defines the communication protocol and handshaking sequences for material handoff between AMHS vehicles (OHTs, AMRs) and production equipment in semiconductor fabs.
Without E84, your equipment cannot communicate with the automated material handling system – meaning no wafer pod transfer automation, no AMHS compatibility, no fab integration.
SmartBoxE84 embeds all E84 sequences and handles the complete handshake autonomously. Your software only needs to expose loadport status.
Why engineers choose SmartBoxE84
Non-Intrusive
No modification to your equipment software. No disruption to automation or MES. No production downtime required. SmartBoxE84 works alongside your existing infrastructure – this is our #1 differentiator.
Simple & Fast
No SEMI E84 expertise needed. SmartBoxE84 embeds all standard sequences and scenarios. Complete documentation, code examples and embedded simulators let you test immediately. Configure via intuitive web interface.
Flexible & Universal
4 integration modes to fit any architecture. Compatible with Hokuyo, Cantops and GetControl transceivers. Active AND passive mode. Open, modular architecture ready for any custom scenario.
Everything you need,
nothing you don’t
SmartBoxE84 is field-tested across thousands of tools and dozens of OEMs worldwide. Here’s what makes it the industry standard for E84 integration.
Flexible Integration Modes
For OEMs: native TCP API integration into your tool controller. For FABs: Digital IOs, SECS/GEM PassThrough or FAB Port Server – zero impact on your existing automation.
Hours, Not Months
Full documentation, API references and embedded simulators for OEMs. Non-intrusive modes for FABs – no E84 expertise needed by your team. First port running in a day.
4 Integration Modes
Native TCP API, Digital IOs, SECS/GEM PassThrough or FAB Port Server. Choose the method that fits your architecture exactly.
Universal Transceiver Support
Drives most IR optical transceivers on the market: Hokuyo, Cantops, GetControl and others. Active and passive modes supported.
Up to 4 Independent Ports
One SmartBoxE84 can handle up to 4 independent loadports simultaneously. 24V DC, DIN rail form factor – minimal footprint in your cabinet.
WebAdmin & Remote Tools
Browser-based configuration, real-time LED signal visualization, timestamped logs and an embedded vehicle simulator to test without hardware.
Four ways to integrate.
One solution for every use case.
SmartBoxE84 adapts to your context – whether you are an OEM integrating E84 in a new tool, or a FAB upgrading a legacy fleet.
| Integration Mode | OEM New Tool | FAB Legacy Upgrade | FAB Full Deployment |
|---|---|---|---|
| SmartBoxE84 Native TCP API | ●●● | ||
| SmartBoxE84 Native Digital IOs | ●● | ●● | ● |
| SECS/GEM PassThrough (option) | ●● | ●●● | |
| FAB Port Server API (option) | ●●● |
Test, debug and monitor
without leaving your browser
WebAdmin Interface
Remote configuration, port management, real-time monitoring and log access – all through a standard browser, from anywhere on the network.
LED Signal Visualization
Real-time visualization of all E84 signal states. Timestamped logs to diagnose handshake issues instantly – no oscilloscope needed.
Vehicle Simulator
Simulate OHT/AMR vehicle behavior to validate your E84 implementation before connecting real hardware. Ship faster with confidence.
Choose your SmartBoxE84
Available in 1, 2 or 4 independent E84 port configurations. One box covers your entire loadport setup.
SmartBoxE84
E84 Port
New – Compact single-port configuration
SmartBoxE84
E84 Ports
Most popular – ideal for dual loadport equipment
SmartBoxE84
E84 Ports
Maximum coverage – one box for 4 loadports
Full specs, pinouts and integration examples
Download the SmartBoxE84 datasheet to get all technical specifications, connector pinouts, integration diagrams and example code for all 4 integration modes.