HyperLight just hit a new milestone in photonics with the release of the industry’s first 110 GHz IQ packaged modulators. These are purpose-built for next-generation 240 GBaud+ coherent optical communication systems and advanced testing platforms.
These new devices really push the boundaries of speed, efficiency, and bandwidth. They open up fresh possibilities for ultra-high-speed networks, research, and industrial applications.
HyperLight’s modulators combine impressive performance metrics with flexible wavelength band coverage. This launch marks a major leap in thin-film lithium niobate (TFLN) technology.
Redefining High-Speed Optical Modulation
The new IQ packaged modulators hit a stunning 125 GHz operational bandwidth. They’re the first devices in the industry to reach this kind of speed.
This level of bandwidth supports 240 GBaud coherent signaling. That’s a big deal for anyone working with modern optical communication or testing systems.
Two Versions for Maximum Flexibility
HyperLight offers both standard and low-Vπ designs. That gives engineers and researchers some real options.
The low-Vπ version is especially notable, clocking in at a half-wave voltage of just 1.7 V. Lower voltage means better efficiency, less power drain, and high-speed operation even when voltage is tight.
Optimized for Cutting-Edge Testing and Applications
These modulators aren’t just about specs—they fit right in with high-baud rate Arbitrary Waveform Generator systems. Those systems often struggle with voltage swing.
With these, engineers get more flexibility and compatibility. No need to lose out on precision or speed.
Broad Wavelength Coverage
The devices support O, C, and L optical wavelength bands. That covers a lot of ground for telecom, research, and defense.
This broad coverage makes them versatile for both commercial and experimental optical systems.
Key Features That Set a New Standard
HyperLight’s 110 GHz IQ packaged modulators come with a strong feature set for next-gen environments:
- Single-polarization IQ modulation for sharper signal fidelity.
- Support for 240 GBaud+ signaling rates—that’s fast.
- An optional automatic bias controller, tuned for TFLN thermal phase shifters.
- Compatibility with 110 GHz single sideband modulation, crucial for ultra-fast transmission.
- Low half-wave voltage operation to keep energy use down.
Applications Across High-Tech Industries
These advances put HyperLight’s IQ modulators at the center of:
- Coherent transmission testing at 240 GBaud rates.
- High-frequency single sideband modulation experiments.
- Photonics and optical engineering research that’s on the cutting edge.
- Building ultra-high-speed commercial and defense communication networks.
“Golden Transmitters” for the Future
HyperLight CEO Mian Zhang calls these devices “golden transmitters”. They’re early-access tools for innovators working on next-gen coherent testing and network development.
The release helps developers stay ahead in designing systems that can handle huge data throughput with precision and stability.
Part of a Larger Photonics Ecosystem
This launch fits right in with HyperLight’s growing lineup of 110 GHz intensity and phase modulators. Everything’s built on their own TFLN Chiplet™ platform.
This platform brings scalable, energy-efficient photonics solutions for industries like AI, data centers, telecommunications, and quantum computing.
Looking Ahead
HyperLight, based in Cambridge, Massachusetts, keeps blending scientific breakthroughs with real-world engineering. They’re making advanced photonic tech more approachable for industries that actually need it.
These IQ packaged modulators keep setting new standards for bandwidth, efficiency, and integration. I wouldn’t be surprised if they help shape the next wave of coherent optical communications.
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Here is the source article for this story: HyperLight Introduces 110 GHz Reference IQ Modulators covering optical O, C and L wavelength bands for 240 GBaud Class Applications