OKV Dongguan Production Base | OPS Has Entered Mass Production and Supply
What is OPS, and what problems can it solve?
OPS stands for Open Pluggable Specification — a standardized interface specification. Simply put, it is a computer module that plugs into the back of an interactive flat panel. With it plugged in, an OKV interactive flat panel gains a Windows system in addition to Android, turning into a dual-system device.
The Android system itself can already meet most daily office needs: whiteboard writing, wireless screen casting, video conferencing, and more. But when it comes to specific PC software or special scenarios that require the Windows system, pairing it with OPS allows for a one-touch switch. This way, customers don't need to buy a separate computer for a particular piece of software, nor do they need to change their existing operating habits.
OPS solves just one thing: letting an interactive flat panel become a Windows computer when needed, and remain that handy Android tablet when not.
OPS Specifications
The OPS units already in mass production come in three configurations, all featuring 8+256G storage as standard, with other configurations available. The differences lie in the CPU:
I5-12th Gen
I5-13th Gen
I7-13th Gen
In terms of dimensions, the I5 series measures 180×119×30mm, while the I7 series measures 202×132×30mm.
The interfaces cover the peripheral connection needs commonly found in meeting scenarios: 4 USB 3.0, 1 USB Type-C, 1 MIC IN, 1 LINE OUT, 1 HDMI OUT, 1 DP OUT, and 1 RJ45 Gigabit Ethernet port. Connecting cameras, microphones, USB drives, laptops, a second display, and wired networks for video conferencing — all can be accommodated.
Production Standards
The OPS production process is not complicated, but the core quality inspection stages are governed by strict and demanding control standards.
All core components must undergo sampling inspection upon arrival for each batch. If key parts such as motherboards, memory, or hard drives fail inspection, the entire batch will be returned directly, preventing defective products from entering the production process. After module assembly is completed, professional burn-in testing is required to simulate long-term continuous operation of the device, screening out products with early-stage failures or unstable performance in advance, thereby eliminating the risk of equipment malfunction after delivery to customers at the source. Once the burn-in test is passed, the OPS module must be connected to an interactive flat panel for real-device power-on testing, verifying one by one that device compatibility, dual-system switching, and other core functions operate normally. Only after passing all inspections can it be deemed a qualified product.
What Does This Mean for Customers?
In the past, when customers bought interactive flat panels, the OPS inside was outsourced. The configuration used and the delivery time depended on third-party suppliers. Now that OPS is produced in-house, the complete device plus core modules can be provided as a one-stop package, making both configuration and delivery time more controllable.
