Pletronics, Inc.Innovators of Frequency Control Solutions

1979 Founded Pletronics Inc. in Washington USA

1981 Established a wholly Pletronics owned factory in Korea

1997 Achieved ISO 9001:1994 by BSI

2000 Sold the Korean factory. Moved to contract manufacturing (foundries)

2001 Manufacturing of PECL and LVDS oscillators in Washington, using discrete components on FR4 PCB

2002 Achieved ISO 9001:2000 by BSIDeveloped high frequency fundamental crystals

2003 Joint Ventures in South Korea and China

2004 Introduced Lower Cost high frequency PECL and LVDS oscillators in 5x7 ceramic

2005 First synthesized PECL and LVDS oscillator 106.25MHz and 212.5MHz

2006 Introduced our line of synthesized PECL and LVDS (99 series)

2007 Joint ventures of the synthesized oscillators established

2008 Released Significant new products for emerging technologies such as small cell

2009 Developing processes and initial pilot production of precision TCXOs

2010 Introduced OeXo® Series OCXO replacement technology

2011 Developed LC oscillator technology oscillators

2013 Introduced GypSync® TCXO Modules

2014 Introduced100fS Ultra Low Jitter PECL/ LVDS/HCSL J series Oscillators

2015 Introduced OeM8 enhanced TCVCXO

2016 Introduced 50fS Ultra Low Jitter PECL/LVDS K series Oscillators

Pletronics History

Business Model

We offer a complete solution for our customer’s frequency control needs. Our goal is to be creative, flexible, and responsive to our customers’ needs.

We are headquartered in Lynnwood, WA – where we focus on design and product marketing.We outsource the manufacturing of our developed products to our contracted foundries, while maintaining supervision of the production processes.

What we do here:Conduct research and developmentMonitor process control at the foundriesPerform final testingProvide value-added services such as buffer stock, quick-turn samples, and programmingCustomer Service and Sales

Example: Pletronics R&D center located in Lynnwood, designs Microcell/Femtocell/Picocell frequency control products. We have recently expanded our TCXO line and introduced OeXO’s®.

Diversification of Supply Chain Partners Ensures Timely Delivery

Pletronics uses multiple contracted or joint venture foundries for each product series. This allows Pletronics to maintain flexibility to react to supply chain issues.

Pletronics has multiple approved suppliers of the highest quality raw materials used in the production of our crystals and oscillators. This allows us to control the costs and quality of the raw materials used.

Pletronics is a Dynamic Supplier controlling every aspect from R&D to full production.

Supply Chain Partners

PLE has maintained business relationships with each contracting foundry in Japan, Korea, and China for 10-15 years; with joint venture agreements in place for specified projects.

PLE engineering and purchasing staff are familiar with each foundry’s history, business culture, capability, capacity, strength, & weakness.

PLE engineering and QA staff visit each foundry for audit and consultation at least two times per year.

Each lot received at PLE goes thru AQL test or 100% test in the incoming inspection.

Diversification of Supply Chain

Pletronics Process Control

The Pletronics ProcessWe control the process from start to finish

1 2 3 4 5 76 8 9 1110 12 13 14 181615 17

LocationsJapan – 3 facilitiesKorea – 3 facilitiesChina – 4 facilitiesEurope – 1 facility

Combined CapacityTotal Oscillators:

5.7M per month

Total Crystals:

20.0M per month

Allied Foundries

Establishing metrics and standards for each department within Pletronics

Analyzing and identifying Root Causes

Preventing recurrence of Root Causes

Formulating and executing effective Permanent Corrective Actions

Developing accurate prediction and prevention of quality problems by

insuring effective communication between departments and with

Pletronics allied foundries

All products are subjected to extensive qualification testing prior to being

released for production to ensure quality for our customers.

Pletronics QA System

Additional reporting from Chinese Authorized Laboratory

All ceramic packaged crystals and oscillators are 6.6 RoHS2 compliant from the inception.

Revised datasheets show compliance statement, the interconnect codes and the moisture sensitivity level code.

Full reporting of all chemical constituents of the products is available on the Pletronics web site under RoHS2/WEEE.

Full Material declarations are available on the Pletronics website

REACH compliance available upon request

RoHS Compliance

Pletronics Broad Product Line

OCXO – Oven-Controlled Crystal Oscillator Highest precision oscillator Sine wave and CMOS most common

output signals

OeXO® – OCXO Equivalent TCXO’s Lower power than OCXO

(VC) TCXO – Temp-Controlled / Volt-Controlled Crystal Oscillator Combines the TCXO and VCXO

function Tight stabilities Stratum 3 specifications available

VCXO – Voltage-Controlled Crystal Oscillator Frequency controlled by an

external voltage CMOS, LVDS, PECL outputs

XO – Crystal Clock Oscillator CMOS, LVDS, PECL outputs, HCSL Tight stabilities over ( -40 + 85° C )

available Very low jitter parts available

Crystals – Thru-Hole and Surface Mount Packages

Crystals

Available in ceramic SMD package, metal SMD and thru- hole and plastic SMD packages

Applications: Crystals can be found in every market and product

Package sizes available:

Ceramic SMD:

1.25x1.5mm, 1.6x2.0mm, 2.0x2.5mm, 2.5x3.2mm, 3.2x2.5mm, 3.5x6.0mm, 5.0x7.0mm

Metal SMD and Thru-hole:

SMD = 4.7x11.5mm (three package heights available)

Thru Hole= 3.2x9.0mm, 4.7x10.8mm, 4.47x10.8mm, 2.1x6.2mm, 3.0x8.0mm

Plastic:

1.2x2.0mm, 1.5x3.2mm, 1.5x7.0mm, 3.8x8.5mm

32.768 kHz only frequency available

Available frequency range:

32.768 kHz to 210.0MHz

**Not all frequencies available in every package

CMOS Oscillators Industry Standard SMD Solution

Applications: Server/Storage platforms; Ethernet, PCIe, FPGA Clocking and many more…

Package size available: 2.0x2.5mm, 2.5x3.2mm, 3.2x5.0mm, 5.0x7.0mm

Supply Voltages available: 0.8V, 1.8V, 2.5V, 3.3V

Stabilities available: ±10ppm, ±20ppm, ±25ppm, ± 50ppm, (-10 to +70°C, -20 to +70°C, -40 to +85°C)

Series options available:

Low power consumption, Improved Tr/Tf, High current output drive, Optimized for 3rd overtone

**Not all options are available in every package size, Options are designated by the PLE p/n series

CMOS Ultra Stable Oscillators- L Series

Tight Stability Clock Oscillators

Package

SM55L

SM44L

SM33L

Series

Ultra Stable ±10 PPM & ±5 PPM

0.5 MHz – 50 MHz

1.8V, 2.5V, 3.3V

-10°C to 70°C standard

-20°C to 70°C optional

-40°C to 85°C optional

Features

3.2 x 5mm

2.5x3.2mm

2.0x2.5mm

Package Size

SM55TZ SeriesLow Voltage Clock Oscillators

Package

SM55TZ

Series

Low Voltage (0.8 to 2.0 volts)

0.75 MHz – 50 MHz

-10°C to 70°C standard

-20°C to 70°C optional

-40°C to 85°C optional

Features

3.2 x 5 mm

Package Size

New CMOS Products – SM77J, SM55J & SM44J Series

Optimized for 3rd Overtone/Fast Rise and Fall times

Package

SM77J

SM55J

SM44J

Series

Optimized for 3rd Overtone

Fast Rise and Fall Time

Low Jitter

40 MHz – 170 MHz

1.8V, 2.5V, 3.3V

-10°C to 70°C standard

-20°C to 70°C optional

-40°C to 85°C optional

Features

5 x 7 mm

3.2 x 5 mm

2.5x3.2mm

Package Size

Note: Low power consumption series

PECL/LVDS/HCSL-5.0x7.0mm & 3.2x5.0mm

Optimized for 3rd Overtone/Ultra Low Jitter

Package

PE77D

LV77D

HC77D

PE55D

LV55D

HC55D

Series

Produced for over 10 years in volume production

2.5V or 3.3V

Standby low power mode

Low jitter

Features

5.0x7.0mmLCC Ceramic Package

3.2x5.0mmLCC Ceramic Package

Package Size

New Ultra Low Jitter J Series PECL/LVDS/HCSLInnovations in Low Noise Oscillators

Package

PE77J

LV77J

HC77J

PE55J

LV55J

HC55J

Series

Frequencies available 100.0M-175.0M

PECL/LVDS/HCSL Logic

Low Jitter- Typical 100fs 12kHz-20Mhz at 156.25M

Features

Available Now

Timeline

Developed Frequencies in both 5.0x7.0mm and 3.2x5.0mm

100.0M, 106.25M, 125.0M, 133.0M, 156.25M, 212.50M

Applications:16G-32G Fibre Channel; PCI Express; 100G-400G Optical Transport Networks; 10/40/100 Gbe; SAS Storage

New Ultra Low Jitter PECL/LVDS K SeriesInnovations in Low Noise Oscillators

Package

5.0x7.0mm

3.2x5.0mm

2.5x3.2mm

2.0x2.5mm

Series

Low Jitter- Typical 50fs 12kHz-20Mhz at 156.25M, PECL, 3.3V

Low Jitter- Typical 50fs 12kHz-20Mhz at 156.25M, LVDS, 3.3V

3.3V and 2.5V Supply Voltage

TrTf 300fS typical

Icc @ 156.25M 50mA typical

Features

Q4 2017 Release of 2.5 x 3.2mm & 2.0 x 2.5mm

Timeline

Developed Frequencies: 100.0MHz; 106.25MHz; 125.0MHz; 150.0MHz; 156.25MHz; 212.50MHz

Applications:16G-32G Fibre Channel; PCI Express; 100G-400G Optical Transport Networks; 10/40/100 Gbe; SAS Storage

PECL/LVDS/HCSL-2.5x3.2mm package

Optimized for 3rd Overtone/Ultra Low Jitter

Package

PE44F

LV44F

HC44F

PE44G

LV44G

HC44G

Series

Precision square wave

2.5V or 3.3V

high density surface mount

Tape, reel or cut tape package

Enable/Disable Function (pad 1)

Standby low power mode

Low jitter “F” = Fundamental Mode Crystals (13.5MHz –

110MHz)

“G” = 3rd Overtone Crystals (35MHz – 160MHz)

Features

2.5 x 3.2mm LCC Ceramic Package

Package Size

PECL OPTIONS

New IC SeriesPE77XPE55XPE44XPE33X

PE77JPE55J

PE77DPE55D

PE77GPE55GPE44G

PE77FPE55FPE44F

PE99

Mode 3rd overtone 3rd

overtone3rd

overtone3rd

overtoneFund Fund

Range 20.0-250.0M 50.0-220.0 80.0-325.0 35.0-220.0

80.0-325.0M

10.9-1100

Supply 2.5/3.3V 2.5/3.3V 2.5/3.3V 2.5/3.3V 2.5/3.3V 3.3V

Multiply None None None None None Low Noisew/LV VCO

Process CMOS CMOS BiCMOS CMOS CMOS RFSiGe

IC Proprietary NPC NPC Interchip Interchip TI

Jitter Excellent Great Better Good Good Good

LVDS OPTIONS

New SeriesLV77XLV55XLV44XLV33X

LV77JLV55J

LV77DLV55D

LV77GLV55GLV44G

LV77FLV55FLV44F

LV99

Mode 3rd overtone 3rd

overtone3rd

overtone3rd

overtoneFund Fund

Range 20.0-250.0M 50.0-220.0 80.0-325.0 35.0-220.0

12.0-110.0 10.9-1100

Supply 2.5/3.3V 2.5/3.3V 2.5/3.3V 2.5/3.3V 2.5/3.3V 3.3V

Multiply None None None None None Low Noisew/LV VCO

Process CMOS CMOS BiCMOS CMOS CMOS RFSiGe

IC Proprietary NPC NPC Interchip Interchip TI

Jitter Excellent Great Better Good Good Good

PECL OPTIONSNew IC SeriesPE77XPE55XPE44XPE33X

PE77JPE55J

PE77DPE55D

PE77GPE55GPE44G

PE77FPE55FPE44F

PE99

Tr/Tf (fS) 300 200 600 250 250 230

D.C. 45-55 45-55 45-55 45-55 45-55 49-52

Noise Rej. Good Good Good Better Better Best

Power mA 50 25 75 50 50 90

PE7F/PE5F/PE4F PE77X Series

LVDS Options Continued

New SeriesLV77XLV55XLV44XLV33X

LV77JLV55J

LV77DLV55D

LV77GLV55GLV44G

LV77FLV55FLV44F

LV99

Tr/Tf (fS) 300 200 600 250 Fund Fund

D.C. 45-55 45-55 45-55 45-55 45-55 49-52

Noise Rej. Good Good Good Better Better Best

Power mA 50 25 75 50 50 90

New PECL/LVDS VCXOVPX7(PECL VCXO) and VLX7(LVDS VCXO) SeriesInnovations in PECL and LVDS Logic

Package

5.0x7.0mm

3.2x5.0mm

Package Size

Minimum stability ±25ppm

APR ±50ppm minimum to ±80ppm

OTR -40 to +85°C

Fundamental Crystal

3.3V Supply Voltage

-10°C to 70°C standard

-20°C to 70°C optional

-40°C to 85°C optional

Features

Available now

Timeline

Frequencies developed: 155.520MHz; 184.320MHz

Applications: Sonet/SDH/DWDM; Ethernet, SyncE, GE; LTE; xDSL, PCMIA; Digital Video; Broadband Access; Base Stations; Test & Measurement

High - Accuracy TCVCXO’s( ± 0.5 - ± 2.5 PPM )

Confidential - Pletronics, Inc.24

GPS, Smart Grid, Seismic Exploration, Wireless

Communication

Will strengthen your presence in these markets by

greatly supplementing existing offerings

Package sizes available: 2.0x2.5 mm, 2.5x3.2 mm,

3.2x5.0 mm

Stratum 3 TCXO’s

± 0.28 ppm over -40 to +85 ºC

3.2 x 5.0 mm and 5.0x7.0 mm size

Developed Frequencies: 10.0 MHz, 12.80 MHz, 16.384 MHz, 19.20 MHz, 19.44 MHz, 20.0 MHz,

25.0MHz, 26.0 MHz

Application: Telecom

*Additional frequencies available upon request

OeXO®OCXO - equivalent TCXO’s

Frequency Stability: ± 0.05 PPM over 0 to +70°C ± 0.2 PPM over -40 to +85°C

Use less power - less heat generated

Faster start-up

3.2x5.0mm, 5.0x7.0mm & Metal through hole full size dip

Excellent alternative to low end OCXO

Can be used in many OCXO applications

OeXO® vs. OCXO

1-6 mA current

5X7, 3.2X5 mm & metal through hole full size dip

Fast warm-up, in seconds

Rugged design

Lower cost

OeXO®

150 - 800 mA current

9x14 mm or metal through hole full-size DIP

Slow warm-up, 30 seconds to 30 minutes

Issues with frequent power cycling

Higher cost

OCXO

New OeM8 & OeS8 OeXO® series

Package

OeM8

OeS8

Series

CMOS output

Low Power/Fast Warm up

3.3V

+/-50ppb

-40°C to 85°C

Optional Voltage Control function

Features

DIP = 12.3mm x 20.0mm x 5.72mm

SMD = 14.1mm x 20.6mm x 9.8mm

Package Size

Applications: Sonet/SDH/DWDM; Test & Measurement equipment; Telecom Transmission & Switching equipment; Base Stations/Picocell; Wireless Communications equipment

Developed Frequencies: 9.60M, 10.0M, 13.0M, 16.384M, 19.20M, 20.0M & 26.0M

OeM4 vs. OeM8/OeS8- OeXO® Product Series

3-8 mA current

14 pin dip metal thru hole

±50ppb OTR 0-70°c

Fast warm-up, in seconds

Rugged design

Insulation from Environment EMI Shielding

Integrating out any temperature gradients

OeM4

25mA current

14 pin dip metal thru hole

20.0x14.0mm SMD

±50ppb OTR -40 to +85°c

Fast warm up, in seconds

Rugged design

Insulation from Environment EMI Shielding

Integrating out any temperature gradients

*The OeXo® Series has been developed to compete in the OCXO market. The OeM8/OeS8 is an improved next generation product that is part of the PLE OeXo® product series

OeM8/OeS8

GypSync® TCXO ModuleInnovations in TCXO Products

GPS- TCXO Module Series

Developed frequencies: 10.0MHz; 20.0MHz; 16.384MHz

1PPS Output

Applications: LTE Base Stations Broadcast Video Smart Grid Software Defined Radio Calibration Reference Clock for Test Equipment Cloud Computing / SyncEthernet (PTP IEEE1588v2) A very high precision GPS disciplined reference oscillator

Note: TCXO oscillator also available as stand alone reference clock only. (OEM4 OeXO® Series)

Pletronics Technology RoadmapNew Product Development 2015/2016

We strategize with our customers to anticipate industry needs.

We research competing technologies and provide customers with studies to show how our products are the better choice.

OeXO® Next generation +/25ppb -40 to +85dc oscillator

OGM4 OCXO series – SC cut crystals

Next generation GypSync® Module

Release of 2.5 x 3.2mm & 2.0 x 2.5mm PECL/LVDS K series Oscillator

New Product Development

Emerging and growing markets

IoEGeophysical remote SensoringAudio Video Bridge/Time Aware NetworksWireless CommunicationHandsetsBroadband accessGPSTest EquipmentMedicalData StorageHigh speed networkingFiber OpticsServers

We strategize with our customers to anticipate industry needs.

We research competing technologies and provide customers with studies to show how our products are the better choice.

High precision OCXOsHigh Precision TCXOsSynthesized Oscillator with higherperformance characteristicsSmaller and smaller package sizesLower voltages to save power

Markets vs. ProductsConsumer Timing Devices Cellular Phones Radio & Hi-fi Equipment Femtocell – wireless base station Set Top box and HD TV Digital Picture frames Video Camera Watches & Clocks Toys & Games Medical Equipment (limited)

• Watch Crystal/TCVCXO• Crystals/Oscillators• TCVCXO/OeXO®/Crystals• Crystals/Oscillators/TCVCXO• Crystals• Crystals/Oscillators• Watch Crystals• Crystals/Oscillators• Crystals/Oscillators/TCVCXO

• Crystals• Watch Crystals• Crystals/TCVCXO

• Crystals/Oscillators• Crystals/Oscillators• Crystals/Oscillators/OeXO®• Crystals/Oscillators

• Crystals/Oscillators/OeXO®• Crystals/Oscillators/TCVCXO• Crystals/Oscillators• Crystals/Oscillators

Automotive Engine Controls (limited) Stereo, Clock Trip Computer, GPS

Networking RAID Storage SAN Storage Ethernet PCIe

Military Communications Navigation Radar Sensors

Mar

ket

s

Pro

duct

s

Technology Trends

Device sizes will continue to decrease

The frequencies will be increasing to meet the demands of the digital semiconductors

Low Noise requirements for differential output oscillators will continue to become more stringent due to the faster silicon being introduced

Supply voltages will continue to decrease, but 3.3V will be available in most applications to support analog circuits. 2.5V and 1.8V demands are increasing in new design.

The dominant frequency control devices will continue to be BAW and SAW quartz based devices.

The ceramic package will continue to be the industry standard due to RoHS compliancy and small size.

More use of LVDS and PECL will occur due to the demands of the low noise requirements of the SDN and NFV for the “New IP”

Why Pletronics?

Confidential - Pletronics, Inc.35

Customer service:

Quick response to inquiries Global distribution network

Vendor managed inventory Customer Service & Support

Stock buffering programs Diversified Supplier Status

Competitive pricing

Quality:

Proven QA testing of products

Engineering response to quality questions

Fast effective resolution to customer quality issues

Technical support:

Engineers available to assist in product selection and

discuss technical questions with customers.

Thank you!

Pletronics, Inc.

Contact

19013 36th Ave. WestLynnwood, WA 98036

Phone: 425-776-1880

www.pletronics.com