How do you calculate photonics packaging cost?

Multiply devices by per-device cost and the yield factor for variable cost, then add fixed tooling. Here 500 x 35 x 0.96 = 16,800, plus 1,200 = 18,000 total.

What is cost per good device?

Divide total cost by good units. With 500 devices at 96% yield, this tool reports about $36 per good device once fixed cost and yield loss are folded in.

Why does packaging cost so much in photonics?

Active fiber alignment, hermetic sealing, and burn-in are slow, equipment-heavy, and yield-sensitive. Packaging routinely exceeds chip cost, which is why a $35/unit packaging step on 500 devices reaches an $18,000 build.

How does yield affect packaging cost?

Lower yield means you spend packaging effort on devices that fail, raising cost per good unit. Improving yield from 96% toward 99% is often cheaper per good device than shaving the per-unit packaging rate.

Should NRE be amortized across the build?

For a single build, add it as the fixed line as shown — $1,200 here. For recurring programs, amortize NRE across the expected lifetime volume so early lots aren't unfairly burdened.

In-house vs contract packaging — how do I compare?

Run both through this tool with their own per-unit cost, yield, and fixed setup. A contract house may have higher per-unit cost but lower NRE, which flips the answer at low volume.

Lasers, Optics & Photonics Manufacturing calculator

Photonics Packaging Cost Calculator

Photonics packaging cost captures what it really costs to package a batch of optical or laser devices — fiber pigtailing, hermetic sealing, alignment, and burn-in — including the fixed tooling and NRE that one-off quotes forget. Manufacturing engineers and cost estimators in laser-diode, transceiver, and integrated-photonics production use it to price builds and find the true cost per good device after yield loss. Packaging frequently dominates photonic device cost, far more than the chip itself, so a small per-unit error scales fast across a build. Separating fixed NRE from variable per-device cost is what makes the quote defensible at any volume.

What this calculator does

Calculate total packaging cost for photonics devices (laser modules, photodetectors, fiber transceivers) by combining unit count, per-unit packaging cost, yield through packaging, and fixed tooling charges.
Use this when costing hermetic sealing, fiber pigtail packaging, or butterfly/TO-can packaging for a production lot, or comparing package types for cost optimization.
It computes total packaging cost by combining yield-adjusted variable packaging cost with fixed tooling and NRE.

Formula used

Variable packaging cost = devices x packaging cost per device x packaging yield / 100
Total photonics packaging cost = variable packaging cost + fixed tooling cost

Inputs explained

Devices to package:
Packaging cost per device:
Packaging process yield:
Fixed tooling and NRE cost:

How to use the result

Use it when quoting a packaging build, comparing in-house versus contract packaging, or finding cost per good device for pricing.
The yield term scales spend with effort across the batch; if you need strict cost-per-good-unit, divide total cost by good units rather than reading the variable line alone.

Current U.S. benchmarks

The producer price index for copper and brass mill shapes stands at 559.593 (BLS, May 2026), up 76.8% from a year earlier. Quotes priced off last quarter's material cost miss this move. Global copper trades at $13,484 per tonne (IMF via FRED, May 2026).
Industrial electricity averages 8.66 cents per kWh across the U.S. (EIA, Apr 2026), up 5.5% from a year earlier. Energy-intensive steps carry this directly into unit cost.
The U.S. has 11,261 computer and electronic products establishments employing about 815,443 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate photonics packaging cost? Multiply devices by per-device cost and the yield factor for variable cost, then add fixed tooling. Here 500 x 35 x 0.96 = 16,800, plus 1,200 = 18,000 total.
What is cost per good device? Divide total cost by good units. With 500 devices at 96% yield, this tool reports about $36 per good device once fixed cost and yield loss are folded in.
Why does packaging cost so much in photonics? Active fiber alignment, hermetic sealing, and burn-in are slow, equipment-heavy, and yield-sensitive. Packaging routinely exceeds chip cost, which is why a $35/unit packaging step on 500 devices reaches an $18,000 build.
How does yield affect packaging cost? Lower yield means you spend packaging effort on devices that fail, raising cost per good unit. Improving yield from 96% toward 99% is often cheaper per good device than shaving the per-unit packaging rate.
Should NRE be amortized across the build? For a single build, add it as the fixed line as shown — $1,200 here. For recurring programs, amortize NRE across the expected lifetime volume so early lots aren't unfairly burdened.

Last reviewed 2026-05-12.