Taitien Electronics — The Frequency Control and Timing Solutions Specialist
See You in Boston — Precision Timing for Always-On RF, SATCOM & mmWave Systems
For mission-critical systems, clock warm-up, acceleration sensitivity, and supply continuity are no longer minor design details — they are program-level risks. At IMS 2026, visit us at Booth #11028 for a one-on-one conversation with our applications team. Reserve a 15-minute meeting, or simply stop by the booth.
Convention & Exhibition Center
Bring your timing challenge — reserve 15 minutes with our applications team.
Make 15 Minutes Count at IMS 2026
A scheduled session gives you direct access to a team that understands both the engineering details and the North America supply path. Bring real design questions: phase noise budget breakdowns, drop-in replacement paths, partitioned timing architecture selection, or the supply-security options our North America Engineering Service Center (NAESC) can put on the table.
Three Technical Conversations We're Bringing to Boston
This year's booth focuses on three complementary themes — system availability, spectral purity, and signal integrity for high-speed communications.
Theme 1 · Always-on Ultra-Low Power OCXO
Modern airborne, maritime, and SOTM SATCOM terminals share a problem: the system can't afford to wait for the clock to warm up. Taitien's Ultra-Low Power OCXOs make Always-on architecture practical — the timing core stays warm and disciplined through power cycles and short GNSS dropouts, so the clock is already there when the system needs it.
Theme 2 · Low G-Sensitivity Timing References
In high-vibration environments, acceleration-induced frequency excursions are multiplied through the synthesis chain at 20·log(N), and by the time they reach Ku/Ka, they're eroding the EVM margin of 16/32-APSK links. Taitien's Low G-sensitivity OCXOs and TCXOs suppress vibration-induced sidebands at the physical layer — across designs ranging from airborne radar and shipboard SATCOM to UAVs and handhelds under tight SWaP-C constraints.
Theme 3 · Ultra-Low Jitter Clocks for mmWave & High-Speed Comms
Built for mmWave 5G fronthaul, optical transport, and high-speed PLL synthesizer designs — where jitter directly limits modulation order and reach. Available with LVPECL / LVDS / HCSL differential outputs for 5G-Advanced and 6G infrastructure.
Beyond Specs, There's the Supply Path.
Specs win the design. Supply wins the program. Taitien's North America Engineering Service Center (NAESC) offers four core capabilities: local engineering support in North America, fast configuration and test capabilities, regional buffer stock, and lifecycle assurance including drop-in replacements for legacy designs. At IMS 2026, NAESC engineers will be at Booth #11028 alongside our Taiwan applications team — bring your program requirements, and we'll bring both the engineering depth and the supply story.
Come Prepared — What to Bring to the Meeting
To make the most of 15 minutes, bring any of the following — our applications engineers will respond with concrete guidance on the spot:
- Your clock tree or frequency plan — we'll walk through phase noise budget stage by stage
- Your system's phase noise / jitter / aging targets — we'll confirm what's achievable across our product line
- Your project's SWaP-C constraints (size, weight, power, cost) — we'll narrow down the shortlist with you
- Your sourcing and lifecycle concerns — NAESC engineers will address lead time, qualification, and long-term supply on site
Quick by design. Extend if you'd like to go deeper.
Also Available at the Booth
Alongside the three featured themes and NAESC, our full timing product line will be on display: GPSDO timing modules (GNSS-disciplined, multi-tier holdover, PTP / SyncE compatible), the DTQ-100A and atomic-assisted sources (atomic-class accuracy for distributed beam control, LEO-PNT, and long-life nodes), plus our broader high-stability OCXO and VCTCXO families. If your application doesn't map directly to one of the featured themes, come talk to us anyway.
See You in Boston — Reserve a Meeting or Visit the Booth
- Phase noise budget review — bring your clock tree or frequency plan, we'll walk through the math
- Drop-in replacement evaluation — share your current part number and we'll come prepared
- Partitioned timing architecture — for SATCOM, airborne, or LEO terminal designs
- NAESC supply path discussion — for NA aerospace and defense programs
Manufacturing across Taiwan, the U.S., Japan, the Philippines, and China.
See you in Boston — Booth #11028.