SLP Engineering & DFM Review
Our engineers review fine-line routing, laser microvias, layer structure and manufacturing feasibility before production to identify risks early in the SLP project.
Custom PCB manufacturing
Substrate-Like PCB (SLP) Manufacturer
Substrate-like PCB (SLP) manufacturing with ultra-fine lines, laser microvias, any-layer interconnects and mSAP/amSAP processes for compact high-density electronics. JETFGO supports substrate-like PCB prototypes and production projects with in-house engineering and quality teams reviewing SLP stack-up, fine-line requirements, laser microvias and manufacturing feasibility before production.
Get a factory-direct quoteJETFGO / Substrate-Like PCB (SLP) Manufacturer
PRODUCT & PROCESS DETAIL
PRODUCT & PROCESS DETAILSLP Manufacturing Capability
Confirm SLP Manufacturing Feasibility Before Production
JETFGO is a Shenzhen-based substrate-like PCB (SLP) manufacturer providing ultra-fine-line and high-density interconnect solutions for advanced electronic products. Substrate-like PCB technology bridges the capability gap between conventional HDI PCB and IC substrate technology. By using advanced processes such as mSAP and amSAP, SLP structures can achieve finer line and space, smaller laser microvias and higher routing density than conventional PCB designs. JETFGO supports any-layer SLP structures up to 16 layers, laser microvias from 50 μm and fine line / space from 30 / 30 μm, subject to engineering review and project requirements. Our SLP manufacturing solutions are suitable for mobile devices, wearable electronics, advanced semiconductor-related systems, AI and high-performance computing modules, optical communication equipment, IoT devices and other compact electronics requiring high interconnect density. From engineering review and stack-up evaluation to fabrication, inspection and production support, JETFGO helps customers evaluate whether SLP, advanced HDI or another PCB technology is the most manufacturable solution for the project.
Build / Layer CountUp to 16-layer any-layer SLP / HDI structures
Laser MicroviaLaser microvia diameter from 50 μm
Fine Line / SpaceFine line / space from 30 / 30 μm
Manufacturing ProcessesSubtractive · mSAP · amSAP
Interconnect ArchitectureAny-layer interconnection for high-density multilayer routing
Technology PositioningUltra-fine-line PCB technology between conventional HDI PCB and IC substrate capability
Engineering ReviewStack-up · fine-line routing · laser microvia · manufacturability evaluation
Why Customers Choose JETFGO for SLP Manufacturing
Advanced Interconnect Manufacturing for High-Density Electronics
Work directly with our PCB manufacturing and engineering teams for SLP feasibility review, fine-line process evaluation, production control and inspection from prototype through scalable production.
Any-Layer Stack-up Optimization
SLP stack-up structures are evaluated for routing density, microvia interconnection, material compatibility and manufacturing reliability.
Ultra-Fine-Line mSAP Fabrication
mSAP and amSAP processes support ultra-fine circuit formation for high-density SLP designs beyond conventional subtractive PCB routing capability.
Precision Inspection & Process Control
Production control focuses on fine-line integrity, laser microvia quality, layer registration, electrical testing and final inspection based on project requirements.
Laser Microvia & Any-Layer Integration
Laser microvias and any-layer interconnection provide routing flexibility for compact PCB structures requiring higher connection density.
Prototype to Production Support
JETFGO supports SLP projects from engineering evaluation and prototype validation through NPI and scalable production according to project requirements.
Substrate-Like PCB Applications
High-Density Interconnect Solutions for Compact Electronics
SLP technology supports electronic products requiring ultra-fine routing, high component density, compact form factors and advanced interconnection beyond conventional HDI PCB capability.
Substrate-Like PCB Manufacturing FAQ
Common SLP Engineering Questions
Find answers about SLP technology, mSAP manufacturing, fine-line capability, laser microvias, required files and application selection.
09Common SLP Engineering Questions
01What should I send for an SLP PCB quotation?+
Please provide Gerber files or ODB++, fabrication drawings, stack-up, line and space requirements, microvia specifications, materials, quantity and surface finish requirements.
02Can JETFGO support SLP prototypes and production?+
Yes. JETFGO supports substrate-like PCB engineering evaluation, prototype validation, NPI and scalable production based on design complexity and manufacturing requirements.
03How is quality verified?+
SLP quality verification may include fine-line inspection, laser microvia inspection, AOI, electrical testing, layer registration checks and final inspection based on project requirements.
04What is a Substrate-Like PCB (SLP)?+
A substrate-like PCB is an ultra-high-density PCB using finer circuit features and advanced processes such as mSAP to achieve routing density between conventional HDI PCB and IC substrate technology.
05What is the difference between SLP and HDI PCB?+
SLP generally uses finer line and space, smaller microvias and advanced additive or semi-additive processes compared with conventional HDI PCB, enabling higher routing density in compact electronics.
06What is mSAP in SLP manufacturing?+
mSAP, or modified semi-additive process, forms fine copper circuits by selectively plating copper on a thin seed layer, enabling finer routing than conventional subtractive etching.
07What line and space can JETFGO support for SLP?+
JETFGO supports SLP fine line and space from 30 / 30 μm, subject to stack-up, materials, design complexity and engineering review.
08What laser microvia size can JETFGO support?+
JETFGO supports laser microvias from 50 μm for applicable SLP and any-layer structures, subject to engineering review.
09Which applications are suitable for SLP PCB?+
SLP is suitable for smartphones, wearable electronics, IoT devices, AR/VR products, AI and computing modules, optical communication equipment and other compact high-density electronics.
RFQ / DFM
Discuss your next order directly with our factory.
Send the Gerber or ODB++, stackup, material, quantity, target date and test requirements. Our team will review feasibility and return a technical quotation for the order you manage.
Engineering reviewMaterial & stackupPrecision fabrication