High-Performance FFC for Flexible High-Speed Interconnects
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High Speed FFC Cable
High-Speed FFC Cables are flexible flat cables engineered for fast, reliable data transmission in space-constrained designs. With controlled impedance, low signal skew, and optional shielding, they support protocols like LVDS, MIPI, USB, and HDMI at up to 6 Gbps. Ideal for displays, cameras, and embedded systems, they offer precision routing and compact integration.
| FFC Flat Cable | Specification |
|---|---|
| Pitch | 0.5mm, 0.8mm, 1.0mm, 1.25mm, 1.27mm, 2.0mm, 2.54mm |
| Conductor | 0.035×0.3, 0.05×0.5, 0.1×0.65, 0.05×0.5 |
| Insulation | 0.043, 0.06, 0.1, 0.08 |
| Reinforcing Tape | 0.16, 0.225, 0.25 |
| Blue Stiffener | 4–8mm & 3–5mm |
| Contact Sides | Same side & opposite side contact |
| Pin Count | 4 to 96 pins (customizable) |
| Cable Length | 20mm – 10,000mm (customizable) |
| Cable Type | Type A, B~H, I (custom options) |
| Service | OEM / ODM available |
| Certification | ISO9001:2008, RoHS compliant |
| MOQ | 50 pcs |
Ask us about sample support.
Product Categories &
Engineering Solutions
Explore our full range of Flexible Flat Cables, from LVDS, MIPI/eDP, and USB/HDMI to Medical, Industrial, and Consumer-grade FFCs. Designed for high-speed, space-saving signal transmission, each type offers precision impedance control, shielding, and flexible routing for demanding embedded applications. Custom specs available.
LVDS FFC Cable
- 85Ω differential impedance (±10%)
- Shielded and unshielded versions
- Pitch: 0.5mm / 1.0mm / 1.25mm
- Up to 30 signal lines; length: 30mm–800mm
Designed for low-voltage differential signaling, this FFC ensures high-speed, low-noise transmission for embedded displays. Ideal for laptops, industrial HMI, and automotive systems.
MIPI / eDP FFC Cable
- 0.3–0.5mm pitch for dense routing
- MIPI DSI/CSI & eDP 1.3+ compatible
- Supports up to 5Gbps per lane
- Reinforced tails for ZIF connectors
Built for compact spaces and high-speed data flow, this cable supports MIPI/eDP interfaces in mobile, tablet, and embedded vision applications.
USB / HDMI FFC Cable
- 90Ω (USB) & 100Ω (HDMI) impedance
- Shielded differential pairs & ground return
- Supports USB 2.0 / 3.0 & HDMI 1.4+
- Available with pre-folded layouts
This cable handles high-frequency USB or HDMI signals while saving board space, making it perfect for media boxes, embedded PCs, or camera modules.
Medical Display FFC Cable
- Cleanroom-grade production (ISO13485)
- Ultra-low particulate & halogen-free film
- LVDS / MIPI / eDP signal compatible
- Sterilization-resistant materials
Ideal for ultrasound, surgical monitors, and diagnostics, this FFC meets hygiene and reliability standards in regulated medical environments.
Industrial High-Speed FFC Cable
- EMI-shielded with ground layer
- Up to 10M flex cycles at -40°C to +105°C
- SPI / CAN / RS422 / RS485 signal support
- Customized folding & harnessing available
With high flex life and shielding, this cable ensures reliable data flow in moving or noisy industrial environments like PLCs, conveyors, and robotics arms.
Consumer Electronics FFC Cable
- Pitch from 0.3mm to 1.0mm
- Folded, curved, or bent layouts
- Up to 96 pins; compatible with ZIF/LIF
- Logo printing & labeling supported
Designed for high-volume production and integration into slim devices such as drones, wearables, AR glasses, and handheld consoles.
Contact our engineer for drawing review and sample proposal.
High Speed Cable Selection Table – Choose What Fits Your Project
| Cable Type | Typical Pitch | Pin Count / Pairs | Max Data Rate | Key Use Case | Special Features |
|---|---|---|---|---|---|
| Differential Pair FFC | 0.5 / 1.0 mm | 2–20 pairs | Up to 6 Gbps | LVDS / eDP / MIPI / CAN | 100Ω impedance, balanced pair layout |
| Impedance-Controlled FFC | 0.3–1.25 mm | 6–60 pins | Up to 8 Gbps | Display, camera, board-to-board | Tight impedance tolerance (±10%) |
| Ground-Integrated FFC | 0.5 / 1.0 mm | 8–64 pins | 3–5 Gbps | Sensor interface, industrial control | GSG layout, improved crosstalk & EMI suppression |
| Ultra-Thin High-Speed FFC | 0.3 / 0.5 mm | 4–30 pins | Up to 3 Gbps | Foldable displays, wearables | <0.1mm thickness, ultra-flexible |
| Shielded Differential Pair FFC | 0.5 / 1.0 mm | 2–20 pairs | Up to 10 Gbps | Medical, automotive, USB 3.0, HDMI | Dual-shielded (foil + braid), EMI-compliant |
| High-Flex Cycle FFC | 0.5 / 1.0 mm | 8–50 pins | Up to 4 Gbps | Robotics, diagnostic equipment | >50,000 flex cycles at tight radius, stable impedance |
High Speed Cable Customization Process –
From Spec to Production in 6 Steps
High-speed cables, tailor-made for your device. Our mature 6-step process gives you precise control over EMI shielding, impedance, and connectors. We deliver more than a quick fix—we provide a reliable, mass-producible, long-term connectivity solution that guarantees signal integrity.
1. Share Your Requirements (1 Day)
Send your application specs: pitch, pin count, signal type (LVDS, MIPI, etc.), impedance needs, shielding, and connector style (ZIF/LIF/solder).
2. Receive Engineering Proposal (1 Day)
Our engineers will evaluate feasibility and provide:
• Recommended cable structure (pairing, grounding, shielding)
• 2D/3D drawings + impedance stack-up options
• Lead time and MOQ details
3. Sample Production (3–7 Days)
We manufacture engineering samples for performance testing. • Lengths up to 1 meter • Optional impedance testing & certification reports • High-flex or ultra-thin options available
4. Sample Evaluation (5–10 Days by Customer)
You test mechanical fit, signal quality, and EMI performance.
• Need help? Our team supports debugging or design refinement
• If changes are needed, Step 2–4 may repeat once
5. Mass Production & Quality Control (7–14 Days)
After final approval, we initiate full-scale production. • 100% electrical testing • RoHS-compliant materials • ISO & UL-certified production line
6. Packing & Global Delivery (2–5 Days)
Cables are securely packed with labeling and delivered via FedEx/DHL or your logistics partner. • Support FOB, EXW, or DDP Incoterms • Batch traceability ensured
Faster assembly time
Better fit and fewer errors
Ready for production line
Custom-made to your specs
Send Us your drawing or photo — we’ll make a sample that fits.
Where Our FFC Cables Are Used
Standard Ribbon Cables are ideal for compact, high-performance electronic assemblies across diverse industries. Whether you’re designing wearable tech, medical devices, or automation equipment, our cables provide reliable, space-efficient signal transmission with full customization support.
Drone Interconnect Solutions
Internal wiring in UAVs often faces extremely limited space, vibration, twisting, and weight sensitivity.
We offer lightweight, flexible, and shielded FFC (Flexible Flat Cable) solutions for flight control boards, gimbal control modules, power management modules, and more. We can provide pre-bent and multi-fold designs to improve assembly efficiency and stability.
- Folded ribbon cables optimized for 3D routing
- Low-weight, low-profile design reduces UAV payload
- Tin-plated or EMI-shielded options for signal integrity
Energy Storage Systems
Energy storage battery systems (e.g., lithium batteries, home energy storage) require multi-core cable connections between the BMS (Battery Management System) and battery cells, often encountering EMI and space constraints.
YLS provides custom-length, custom-pitch, and multi-core FFC cables with shielding, flame retardancy, and numbering labels, facilitating efficient integration and long-term stable operation.
- Up to 96 conductors per cable, for dense battery arrays
- Shielded cable variants reduce EMI near switching circuits
- Folded layouts improve space usage in battery trays
Smart Home Devices
Smart home modules, such as LED light strips, access controls, and display controllers, require miniature wiring solutions, along with UL safety certification and long-term stability.
We support small-pitch (0.5mm) and multi-fold designs, suitable for LED strip controllers and touch modules. We offer UL-certifiable materials and support terminal assembly and bulk packaging.
- Flame-retardant materials for in-wall or indoor applications
- Labels & barcodes for easy batch traceability
- Ready-to-connect ends with pre-installed connectors
Robotics & Motion Systems
Internal wiring in robotic arms, linear stages, and collaborative robots often involves continuous movement, bending, and vibration, making it challenging for standard wire harnesses to meet lifespan requirements.
We offer FFC wiring solutions with high flex life (>1 million cycles), multi-fold points, and enhanced flexibility designs, suitable for embedding within mechanical motion areas.
- High-flex life cable construction
- Folded flat cable for articulated joints
- Compact routing inside confined enclosures
Medical Devices
Medical devices (portable diagnostic instruments, surgical robots) demand miniaturization, high signal integrity, and material safety.
We can provide small-sized, high-density flat cables for medical equipment, supporting PI insulation, high-temperature resistance, RoHS/UL materials, and printable traceability markers.
- Medical-grade PET/PI insulation options
- Gold-finished ends for corrosion-free signal transfer
- Serial ID/QR traceability for compliance and QC
Automotive Systems
In-vehicle systems, such as dashboards and in-car display modules, require wiring that can withstand high temperatures and vibration, and integrate with connectors.
YLS offers FFC cables with rigid stiffeners, UL certification, and a temperature range of –40°C to +105°C, compatible with ZIF sockets, crimp terminals, and other connection methods.
- Vibration-resistant reinforced ends
- Temperature range: –40°C to +105°C
- Fully tested & labeled for assembly line traceability
Telecom & RF Devices
Communication terminals and antenna modules are often compact, with extremely demanding cable space requirements, and are prone to RF interference.
We offer shielded, impedance-matched flat cables for MIMO and dual-antenna configurations, with custom lengths and pin assignments to optimize layout and signal integrity.
- EMI-shielded versions with drain wire
- Impedance-tuned for RF or antenna use
- Fits ultra-thin housings & tight routing paths
Consumer Electronics
Consumer electronic devices (printers, cameras, tablets) predominantly use FFCs for inter-module connections, requiring high cost-effectiveness and consistency.
YLS can support FFC deliveries up to millions of units, providing labeling and assembly services to meet the automated production line needs of consumer electronics.
- Competitive pricing with factory-direct supply
- Pre-labeled and reel-packaged for automation
- Available from 50 pcs for pilot production
Not sure which configuration suits your device?
Talk to our technical engineer and get tailored recommendations based on your industry.
Why Choose YLS
More than a cable supplier — we’re your engineering and production partner.
At YLS, every project begins with understanding your technical needs. Whether you require a custom pitch, folded layout, or labeled packaging, we support your project from concept to mass production — with speed, flexibility, and trust.
Over 10 Years of Flat Cable Manufacturing
We specialize in FFC cables and know the industry inside and out.
Factory-Direct Supply with Fast Turnaround
Support complex, high-density signal layouts.
Fully Customizable from Pitch to Packaging
Choose your pitch, pin count, length, termination, folding, and more.
Samples in as Fast as 5–7 Days
Once drawings are confirmed, samples can be ready within a week.
100% Electrical Testing Before Shipment
Each cable is electrically tested to ensure performance and reliability.
Engineering Support at Every Step
Our team helps you match specs, connectors, and optimize routing.
Low Minimum Order Quantity
Start from as few as 50 pieces — perfect for prototyping and pilot runs.
Compliant with UL, RoHS, and REACH
All materials can meet major compliance standards, with full documentation.
Frequently Asked Questions
What makes a cable “high-speed”?
A cable becomes “high-speed” when the data it carries is so fast that it’s easily disturbed. Think of it like protecting a whispered secret in a noisy room. These cables are specially built with internal shielding and precise construction to guard the fragile signal, preventing data errors.
Why choose a flat FFC cable instead of a normal round one?
Choose an FFC (the flat, ribbon-like cable) for connections inside a device where space is tight. They are the go-to solution for compact electronics like laptops, drones, and medical devices because they are lightweight, save significant space, and can be perfectly folded into place.
What’s most important for a clean signal in a high-speed FFC?
Three things are critical:
A Smooth Path: The internal copper “lanes” must be perfectly consistent to prevent signal echoes.
Good Shielding: A protective foil layer is needed to block outside electrical noise.
Perfect Timing: For signals that travel in pairs, they must arrive at the exact same instant. The cable ensures their travel paths are identical.
Do the materials used in an FFC really matter?
Yes, immensely. Think of it like building a race car:
The Insulation (Plastic): Better plastics act like a smoother road, allowing the signal to travel faster with less energy loss.
The Conductor (Copper): Higher-quality, smoother copper gives the signal a clearer path, reducing signal degradation along the way.
Where are high-speed FFCs typically used?
They are used to connect common components inside devices, speaking specific digital “languages” (protocols) such as:
MIPI: For cameras and screens in smartphones and cars.
eDP: For high-resolution laptop and tablet displays.
LVDS: A workhorse for many industrial and automotive screens.
Are there any limits to using FFCs for high-speed?
Yes. At the most extreme speeds (well beyond typical consumer devices), the signal can begin to fade over longer FFCs. Also, their flat shape can sometimes act like an antenna, requiring more complex shielding strategies to block powerful electrical noise.
Why is the connector at the end of the FFC so important?
The connector is the critical bridge from the circuit board to the cable. A poorly designed connector is like a bumpy on-ramp to a highway—it creates a signal “traffic jam” from the very start. A high-quality connector ensures a smooth, error-free transition for the high-speed data.
How does customizing an FFC help with noise (EMI)?
Every device’s internal environment is different. Customization lets us build a targeted solution. We can add specific shielding exactly where it’s needed most, improve the grounding, and even pre-fold the cable to physically route it away from noisy components inside your product.
Chat with us now for your Custom needs. Chat on WhatsApp Now
Let’s Build Your Ideal FFC Cable — Fast Response Guaranteed
Need a quote, sample, or technical consultation? Our team responds within 8 hours. Send us your requirements and we’ll help you build the right cable — no delays, no guesswork.
- 6 specialized cable types for different electronic modules
- Fully customizable specs, connectors, folds, lengths
- Factory-direct pricing & low MOQ starting from 50 pcs
- Fast sample turnaround (5–7 days) and delivery in 2 weeks
- RoHS, UL, and REACH-compliant materials
- Worldwide shipping available (EXW/FOB/CIF terms)
- Engineering support for part matching and customization
- Factory-direct pricing, no middlemen
