As data moves faster, precise timing matters even more. ⏱️ Abracon’s ClearClock™ AX5V and AX7V VCXOs deliver low-jitter performance at frequencies up to 2.1 GHz, helping high-speed networks stay in sync.
Explore the ClearClock™ AX5V and AX7V series: bit.ly/4jDXLSH
More power in less space. ⚡ Abracon’s AMDLH and AMPLH Hot Press Molded Power Inductors deliver high power density, ultra-low DCR, and EMI shielding for compact, efficient power designs. 🔗 bit.ly/3LD1OiR
Two bands. One rugged antenna. 📡 NEW from Abracon! The AANE-PU-0249 combines sub-GHz and 2.4 GHz coverage in one compact, IP67-rated puck antenna, simplifying outdoor IoT designs. Learn more at: bit.ly/4hSfR0y
DDR5 is pushing server performance forward, and power delivery has to keep pace. ⚡ Abracon’s DDR5 Server Power Inductors deliver efficient, high-current performance for AI servers, data centers, and more. Learn more at: bit.ly/4ddKH2N
Keeping track of time shouldn’t cost battery life or board space. ⏱️ Abracon’s Low Power 2012 RTCs deliver accurate, ultra-low-power timekeeping in a compact 2.0 × 1.2 mm package. 🔗 Discover more: bit.ly/4jtLrE8
Crowded signals can make reliable positioning harder to maintain. 🛰️ Abracon’s Anti-Jamming Active GNSS Antennas help protect against LTE and Wi-Fi interference for drones, fleet tracking, precision agriculture, and more. 🔗 Explore: bit.ly/3J04GFp
When every millimeter counts, timing has to think small. ⏱️ Abracon’s ABM14 MHz Quartz Crystal delivers reliable, low-power timing in a tiny 1.0 x 0.8 mm package for wearables, Bluetooth devices, and more. Learn more at: bit.ly/47MksO2
⚡ More computing power means more demanding power delivery. Abracon’s AVR Assembly Inductors combine ultra-low DCR and high current capability to help improve efficiency in AI servers, data centers, and other high-power designs. Learn more at: bit.ly/41oSZxz
That turn-by-turn direction starts with a clean, reliable satellite signal. 🛰️ Abracon’s automotive-grade SAW Filters help reduce interference and support reliable GNSS performance for drones, automotive systems, and more. Learn more: bit.ly/4mOKSmZ
The Abracon team is heading to Bengaluru next week for #ElectronicaIndia26! If you’ll be at the show, come visit us at Booth J53 in Hall No. 3 and say hello! 👋
⚡ More computing power means more demanding power delivery. Abracon’s AVR Assembly Inductors combine ultra-low DCR and high current capability to help improve efficiency in AI servers, data centers, and other high-power designs. bit.ly/41oSZxz
🛰️ Need reliable timing beyond the reach of traditional networks? Abracon’s ABCM-60 GPSDO helps keep remote systems accurately synchronized, from offshore energy and mining to aerospace and defense. Learn more: bit.ly/3Xgiy2W
📡 Reliable connectivity starts behind the scenes. Abracon’s ASWD-S2 RF Switches help manage signals across routers, gateways, Wi-Fi, IoT, and other connected devices. 🔗 Explore: bit.ly/4mGLdaJ
When precision matters, timing has to be dependable. Abracon’s AOC97 OCXO helps provide the reliable timing aerospace and defense systems need to stay in sync.
🔗 Explore Abracon’s AOC97 OCXO: bit.ly/4jY1qso
Abracon’s High Frequency Ferrite Beads provide effective EMI suppression from 500 MHz to 3 GHz while helping preserve signal integrity in a compact 1.0 × 0.5 mm footprint. Learn more at: bit.ly/4wV7qHf
How can engineers reduce power without compromising PCIe timing performance? Explore how Abracon’s Low-Power HCSL ClearClock™ oscillators deliver low jitter, up to 45% lower power consumption, and PCIe Gen 6 compliance. 📘Learn more: bit.ly/3SaPNVH
⚡ As power demands climb, even the smallest components need to keep up. Abracon's AFBC-SH Ferrite Beads deliver up to 20 A current handling with ultra-low DCR to help manage noise in high-power designs. Learn more at: bit.ly/4wCOmgX
🥽 What does it take to keep a VR headset connected without adding complexity? Abracon's compact RF Diplexers help reduce interference and support reliable multi-band performance in space-constrained designs.
Learn more at: abracon.com/product-lineup/r…















