PCBA rev F Qualification Summary

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NeoPhotonics China 12th South Hi-Tech Industry
Park Shenzhen 518057 China Tel 86 (755)
2674-8222
Headquarters 2911 Zanker Road San Jose, CA
95134 USA Tel [phone]
Ilya Vorobeichik
www.neophotonics.com
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Company
Leading developer and vertically integrated
manufacturer of photonic integrated circuit based
components, modules and subsystems
San Jose, USA
Shenzhen, China
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Business Optical Networks
FOCUSED ON TELECOMS FASTEST GROWTH
SEGMENTS FTTX Wavelength Agility Tunables CATV
Mil
Market Size (US Mil)
Source RHK Ovum, CIBC World Markets, Company
Estimates Datacom and CATV Add An Additional
1.4B to TAM in 2008

• Highest Growth Sectors
• Agility (Reconfigurability)
• Speed (40 Gb/s, 100 Gb/s)
• Access (Fiber to the Home)

Revenue (USMil)
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Technology PLC and PIC

• Planar Lightwave Circuits Technology PLC
• Photonic Integrated Circuits Products PIC

• Based on semiconductor manufacturing
• deposition
• PECVD for glasses (plasma-enhanced chemical
  vapor deposition)
• PVD for thin metal films (physical vapor
  deposition)
• photolithography
• etching (SiO2, doped-SiO2, Si, SiON, Au, Al, Tw,
  Ti)

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Technology Platforms
Even Smaller
Small
Smaller
Particle Size 5-40nm
MEMS Switches and VOAs Using Free Space
Optics For Single Functions Feature Sizes 105
nm Feature Control 103 nm Motion Control 102
nm
PLC Filters, Switches, VOAs Combined On A Single
Chip Multiple Integrated Functions Feature
Sizes 103 nm Feature Control 102 nm Feature
Uniformity 10 nm
Advanced PLC Materials For Integration Of
Amplifi- cation And Modulation Particle Sizes
102 nm Particle Control 10 nm Particle
Uniformity 1 nm
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PLC is Integration Platform

• Monolithic Integration of Passive Optics
• Hybrid Integration of Silica and Semiconductors
  (photo-diode and laser-diode)

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Hybrid Passive/Active Integration

• High precision wafer processing for hybrid
  integration
• 1 um to 200 nm alignment

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Monolithic Passive/Active Integration

• Laser Reactive Deposition LRD
• Ultra-fast planar nano-material deposition
• Enables Highly functional waveguides
• amplification and modulation

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Network Agility (ROADM)

• Wavelength routing
• Remote reconfigurability of networks

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Example of nano-control

• Arrayed Waveguide Grating (AWG)
• Simulation
• Deviation among optical paths is controlled to
  30 nm 3s noise floor is -30dB
• Deviation among optical paths is controlled to
  3 nm 3s noise floor is -50dB
• Actual test data
• Control of optical path deviation is 4 nm.

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Network Speed (40 Gb/s, 100 Gb/s)

• Speed Evolution
• 2.5 Gb/s ? 10 Gb/s ? 40 Gb/s ? 100 Gb/s
• OOK ? Phase-Shift-Keyed (PSK) formats and
  polarization-state multiplexing
• These techniques provide the means to transfer
  additional bits of information within a single
  modulation cycle of the transmission
• Detectors cant detect phase and polarization
• Optical processors are needed
• Speed ? Complexity ? Integration

Wavelength-Tracking DQPSK Demodulator Coherent
Mixers for Coherent Detection
DP-QPSK Demodulator
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Access (Triplexers)

• Hybrid Integration Solution
• Next Generation Product
• Integrated, Chip-Level Optical Triplexer
• Hybrid Active/Passive Integration
• Supports Volume Ramp and Cost Requirements For
  Increasing FTTH Deployments

• Discrete Parts Solution
• Current NeoPhotonics Product
• Discrete BiDis and Triplexers Used In All
  Initial Deployments
• Now A Mature Technology With Limited Additional
  Cost-Down Opportunities

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Nano-Enabled Network Solutions

• Both outside plant and subscriber premise
• North America gt10 mil homes now 30 mil in 2010
• Japan 10 mil homes now 30 mil in 2010. Korea,
  China, Europe

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Summary

• NeoPhotonics utilizes monolithic integration of
  optical functions using nano-scale processing and
  nano-control.
• NeoPhotonics has developed and is commercializing
  hybrid integration of active and passive
  functions using nano-machining and positioning.
• NeoPhotonics has developed novel nano-materials
  for monolithic integration of active and passive
  functions for future commercialization.
• NeoPhotonics has unique technology of photonic
  integration for production of state-of-the-art,
  multi-functional, cost effective products.
• NeoPhotonics technology is critical to advanced
  optical networks that will enable future growth
  of all sectors of communications.
• NeoPhotonics technology is proven to be the best
  in class through the acceptance of our
  world-class customers and consistent growth in
  sales of our products.

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