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Resources

Technical notes,
public talks,
open writing.

Tynana is a 2026 startup. Most of the artifacts below are placeholders for work in progress. We will publish technical notes and design memos as the photonic and cryo-CMOS prototypes mature — and we will be honest about what is forthcoming versus what is shipped.

Library

What we have written, what we are writing.

DWDM × 8λ over single-mode fiber
Technical Note Draft · Q3 2026

Photonic distribution for cryogenic control: a design memo

How we picked SiN over SOI, why DWDM beats space-division in the fridge, and the link budget that closes from 300K to 4K with off-the-shelf components.

photonic DWDM link-budget
Bowen Liu~12 min read
22nm FD-SOI · cryo characterization
Technical Note Draft · Q4 2026

Cryo-CMOS power budget at 4K: where the milliwatts actually go

A breakdown of static, dynamic, and IO power for an 8-channel pulse generator on GF45SPCLO, with measured leakage data from our first tapeout and the path to a 100-channel die.

cryo-CMOS 22nm FD-SOI power
Bowen Liu~15 min read
Talk · slides + video
Talk Pending invite

Why the control plane is the next quantum bottleneck

A 25-minute talk on the wiring/power/latency wall — and why we believe a hybrid photonic + cryo-CMOS stack is the right architectural answer regardless of qubit modality.

overview conference
Peter Zhang25 min
{"channels": 8, "lambda_nm": [1530..1565], "feedback_us": 0.8, ...}
Open Source Planned · 2027

tynana-link: a JSON schema for control-plane configuration

A lightweight schema for describing channel maps, wavelength assignments, drive parameters, and feedback loops between a host FPGA and the Tynana control module. We will open-source the schema once it stabilizes.

schema tooling
github.com/tynanaMIT (planned)
Press kit · logos · imagery
Press Available

Press kit: brand assets, founder bios, fact sheet

Logos, founder portraits (placeholder), one-page fact sheet, and a short company description. For media inquiries, contact PeterZhang@tynana.com.

media brand
Updated Apr 2026Request →
Wiring count vs qubit count · projection
Technical Note Outline · Q1 2027

Scaling math: cables per qubit at 100, 1k, and 10k channels

A back-of-envelope comparison of conventional coax-stack control versus a Tynana-style hybrid module across three target scales — and the regime where the photonic distribution layer pays for itself.

scaling analysis
Bowen Liu~10 min read
Stay in the loop

We will email you when something real ships.

No marketing newsletter, no fluff. You will hear from us when a tapeout returns, a paper drops, or we open a hiring round.

Or send a note directly: PeterZhang@tynana.com

Honest pre-launch note

Tynana was incorporated in 2026. Most of the resources above are forthcoming. We have completed two foundry tapeouts (AIM Photonics SiN, GF 22nm FD-SOI) but no published peer-reviewed papers, no public benchmarks, and no shipped product. We will replace placeholders with real artifacts as they exist.