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INNOVATION & R&D

From Core Technology
to Reliable Products

SANLAND connects market requirements, RF and optical engineering, product validation and controlled manufacturing in one continuous development system—from the first specification to stable volume delivery.

 
R&D
SINCE 2002
20+
YEARS OF EXPERIENCE
1,000 m²
R&D
PLATFORM
RMB 10M+
ANNUAL R&D INVESTMENT
60+
INTELLECTUAL
PROPERTY RIGHTS
CUSTOMER NEED→ CORE ENGINEERING→ PRODUCT DEVELOPMENT→ VALIDATION→ STABLE DELIVERY
A CONTINUOUS DEVELOPMENT JOURNEY

How Innovation Becomes a Product

Each step narrows uncertainty and creates a defined engineering output before the project moves forward.

The process also supports selected OEM and ODM projects without turning development into a simple build-to-print service.
 
01
LISTEN & DEFINE

Application Requirements

Frequency, gain, noise, linearity, optical interface, size, environment, cost and expected volume.

ENGINEERING BRIEF
02
BUILD THE LOGIC

Architecture & Design

Chip, RF circuit, optical path, component geometry, module structure and control strategy.

TECHNICAL PLAN
03
MAKE IT REAL

Prototype Development

Samples, component selection, structural design, debugging and manufacturability review.

WORKING PROTOTYPE
04
MEASURE & IMPROVE

Test & Validation

RF, optical, dimensional, environmental and application-focused performance verification.

MEASURED EVIDENCE
05
CONTROL & DELIVER

Production & Stable Delivery

Defined processes, production tests, digital records and controlled volume output.

REPEATABLE PRODUCT
CONNECTED ENGINEERING CAPABILITIES

Four Technology Platforms

The four platforms work across the signal chain, allowing device, circuit, module and optical integration knowledge to support the same development objective.

01

RF Chips

Integrated circuits developed around gain, noise, linearity, power, package compatibility and system cost.

LNA · GAIN BLOCK · VARIABLE GAIN
02

RF Modules

RF circuits, matching, power, thermal design and packaging integrated into application-ready modules.

BROADBAND · CATV / HFC · WIRELESS
03

Analog Fiber Transmission Components

Transmitters, receivers and RFoF products that carry broadband analog and modulated RF signals over fiber.

TRANSMIT · RECEIVE · RF OVER FIBER · AGC
04

Optoelectronic Devices

Optical transmission, receiving, alignment and coupling devices for access networks and high-speed optical systems.

OPTICAL ALIGNMENT · PM ARRAYS · PACKAGING
 
THE FOUNDATION BEHIND CONTINUOUS DEVELOPMENT

Built for Continuous Innovation

1,000m²
Specialized R&D platform

Supporting analog fiber transmission, optoelectronics, RF, millimeter-wave, EMC and related testing activities.

10M+
Sustained R&D Investment

More than RMB 10 million annually supports new products, laboratories and continuous improvement.

LAB
Application-Focused Validation

RF, optical, dimensional, environmental and production-oriented verification.

Z
Joint Research

A joint R&D center with Zhejiang University explores intelligent sensing chips and related core devices.

SELECTED DEVELOPMENT RESULTS

Innovation in Action

Explore three examples of how different technical constraints are converted into usable and manufacturable product results.

PRECISION OPTICAL INTEGRATION

Precision Alignment & Polarization Control

Precision glass geometry, fiber alignment and multi-channel polarization-maintaining array integration address the coupling, positioning and polarization demands of high-density optical packaging.

±0.2 μm APERTURE TOLERANCEER ≥20 dBIL ≤0.3 dB
System value: a stable foundation for optical packaging, silicon photonics, coherent optics and high-speed interconnects.
SANLAND precision optical fiber capillary components
OPTICAL FIBER CAPILLARY
SANLAND PM-MT FAU polarization-maintaining fiber array units
PM-MT FAU
60+
INTELLECTUAL
PROPERTY RIGHTS

Engineering Knowledge That Keeps Growing

Patents, standards work and collaborative research keep engineering knowledge in circulation.

2017
Integrated Optoelectronic Module

Patent covering an integrated module and its manufacturing method.

2018
High-Speed Optical Receiving Interface

Patent for a high-speed receiving interface and manufacturing method.

2024
Digitally Controlled VGA for FTTH

Invention patent for a variable-gain amplifier chip used in optical receivers.

2024
4K / 8K Signal Measurement

Invention patent for broadcast television signal measurement.

PARTICIPATION IN INDUSTRY STANDARDSJOINT R&D WITH ZHEJIANG UNIVERSITY
PRODUCTIZATION & DELIVERY

From Prototype to Dependable Delivery

A design creates value only when performance and production output can be repeated consistently.

01

Design Review

Specifications, architecture and risks

 
02

Prototype Validation

RF, optical and environmental evidence

 
03

Process Definition

BOM, drawings and quality checkpoints

 
04

Production Testing

Repeatable inspection and verification

 
05

Traceable Delivery

Batch records and shipment control

ISO 9001 QUALITY MANAGEMENT ISO 14001 ENVIRONMENTAL MANAGEMENT DIGITAL PROCESS CONTROL APPLICATION-FOCUSED VALIDATION
RECOGNITION BUILT ON TECHNOLOGY

Selected Recognition

The certificates are presented as complete documents and can be opened for full-size review.

ENGINEERING CENTER · Guangdong Engineering Technology Research Center for Fiber Analog Transmission Components
 
 
FROM REQUIREMENT TO PRODUCT

Bring Us Your Next RF or Optical Challenge

Whether you are developing a new platform, evaluating a component replacement or adapting an existing design, share your performance targets, interface requirements, packaging constraints and expected volume with our engineering team.

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