In meeting rooms, whiteboards have been replaced by large screens; at classroom doors, paper schedules have been swapped for electronic class signs; and at the lectern, teachers can access course materials with a simple tap on the screen.

Screens are becoming the infrastructure of work and learning. And the touchscreen chips hidden behind them determine whether they are reliable.

Meeting Scenario: Smooth Writing for Multiple Users

What’s the worst thing that can happen during a meeting? The presenter is speaking passionately, but the screen freezes for a moment.

Xinqihang’s touch control chip keeps latency within milliseconds. Wherever your finger touches, the cursor follows. Even when three people annotate simultaneously, the screen responds with precision—no touch dropouts, no delays, and no “pen grabbing.”

After 8 hours of continuous meetings, the chip remains cool and maintains its clock speed.

Educational Scenarios: Works Even with Dirty Hands, Resistant to Static Electricity

Kids’ hands never play by the rules—they’ll poke at the screen right after playing with modeling clay.

Ordinary chips may occasionally malfunction when faced with these “accidents.” Xingqihang’s solution is practical: the screen remains responsive even with dirty fingers, so lessons aren’t interrupted; and a few drops of water from routine cleaning won’t interfere with touch functionality either.

Winter is dry, and static electricity easily builds up on the body. The moment you touch the screen, a static shock zaps you—and an ordinary chip might be “knocked out” right then and there. Xingqihang touch chips support ±15kV ESD protection. Even when hit by static, the screen keeps working as usual—no damage, no lag, and no reboots.

The best screen is one you don’t even notice—it’s always there, never failing.

Xinqihang makes every screen responsive, waterproof, and trustworthy.