6.4T+ CPO
Industry leading integration / high channel density
– 16 (6.4T) and 32 (12.8T) lanes, higher channel count for on-board (OBO) and co-packaged optics (CPO)
Driver integration
– Optimization of signal path, RF performance, drive voltages for outstanding RF performance and form factor
Less system power
– Leading power dissipation architecture with less than 200 mW per lane and 0.5 pJ/bit, with a roadmap for further reduction
Outstanding signal integrity
– Improved signal integrity (1E-6 bit error rate) and quantitatively better eye diagrams
3.2T-DR8 Modulator
Electro-optical bandwidth exceeding 145 GHz
— Less distortion and fewer requirements to DSP
Ultra-compact integration at the micrometer scale
— Reduces footprint and allows for high channel density
Scalability with silicon photonics
— Ensures high-volume manufacturing and supply chain management
Roadmap beyond 300 GHz
— Future-proof platform for ultra-high-speed networking standards
Standard Products
O/C Band 145 GHz Modulators
Packaged and unpackaged modulators
– Choose between Mach-Zehnder, ring resonators and IQ modulators
Proven 145 GHz electro-optic bandwidth
— Support for top data rates and sub-THz regimes, tested at 145 GHz, used at 220 GHz
Improved insertion loss: 5–15 dB (static)
— Trade-off optical output power versus ease of use and maximum bandwidth
Available in 1310 and 1550 nm variants
— Polariton supports O band and C band applications. Other S/L bands on demand
Differentiation for Optical Communication
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News and Events
Photonics West
Join the entire photonics industry as if gathers below the Yerba Buena Gardens in January.
448G/lane PAM4 at 1310 nm
Results achieving 448 Gbit/s transmission in the O-band using commercial plasmonic silicon ring resonator modulators.
Plasmonic Neural network
Optical signal processing with plasmonics.
Industry Voices
We are excited to supply our EO polymer materials and integration expertise enabling Polariton to develop a revolutionary approach addressing the opportunities presented by AI market.
Latest Papers
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— T. Blatter, et al. Digital and plasmonic artificial neural networks—Improved nonlinear signal processing at high speed and low complexity (Science Advances, 2025)
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— T. Blatter, et al. All-plasmonic sub-terahertz wireless communication link (Nature Communications, 2025)
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— L. Kulmer, et al. O-Band Plasmonic MZM enabling Single Carrier net 400 Gbit/sIM/DD over 1 km Fiber (ECOC, 2025)We demonstrate a >400 Gbit/s/pol IM/DD link in the O-band by employing a 160 GBd PAM-8 signal encod…
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— H. Ibili, et al. Wireless 90 GHz Receiver with Direct Optical Conversion (ICTON, 2025)
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— H. Xu, et al. Ultrahigh Performance Cross-Linkable Organic Electro-Optic Material for Hybrid Modulators (ACS Publications, 2025)