What is Long Shape Camera Module?
A Long Shape Camera Module is a customized optical imaging component with an elongated strip-like physical structure, which is an integrated assembly of core optical and electronic parts including image sensors, optical lenses, FPC flexible circuit boards, driving chips and signal processing modules; different from the conventional square or round camera modules, its most prominent feature is the narrow and long design that maximizes the use of limited narrow installation space, and it can be customized with different resolutions, focal lengths, field of view angles and interface types (such as USB, MIPI) according to actual application needs, and some industrial-grade models can also be upgraded with waterproof, anti-vibration and high-temperature resistant performance; it has the advantages of miniaturization, high adaptability and flexible customization, and is widely used in application scenarios with strict space constraints such as endoscopes, industrial detection probes, vehicle narrow gap monitoring, smart home narrow-side equipment and wearable strip devices.
Comparison of Differences between Long Shape Camera Module and Ordinary Camera Module
|
Comparison Dimension |
Long Shape Camera Module |
Ordinary Camera Module |
|
Physical Structure |
Elongated and narrow form factor; length is significantly greater than width |
Typically square or rectangular, compact and balanced dimensions |
|
Mechanical Design Purpose |
Designed for narrow, tubular, or space-restricted structures |
Designed for flat or open internal spaces |
|
Customization Level |
High - mechanical, optical, and electrical customization common |
Medium to low - often off-the-shelf solutions |
|
Optical Configuration |
Often customized (FOV, focal length, DOF) for specific use cases |
Mostly standardized optical parameters |
|
Cost Structure |
Higher, especially for low-volume or highly customized projects |
Lower, particularly in mass production |
|
Development Cycle |
Longer due to customization and validation |
Shorter due to standard designs |
|
Typical Applications |
Space-constrained specific devices |
General consumer electronics |
Summary of Core Difference:
The Long Shape Camera Module is a highly customized solution designed primarily to fit specific physical space constraints. Its foremost goal is to enable camera functionality within a narrow, elongated area, leading to fundamental differences in form, integration, and application compared to ordinary modules, which prioritize generality and balanced performance.
What are the Advantages of Long Shape Camera Module?
Optimized for Space-Constrained Designs
The elongated and narrow form factor allows long shape camera modules to be easily integrated into extremely limited or tubular spaces where conventional camera modules cannot fit, such as probes, catheters, or slim mechanical housings.
High Mechanical Design Flexibility
The linear layout of the sensor, lens, and FPC provides greater freedom in mechanical design. Module length, bending position, and connector orientation can be customized to match complex internal structures.
Strong Customization Capability
Long shape camera modules support high levels of customization, including sensor selection, optical parameters (FOV, focal length, depth of field), illumination integration, waterproofing, and interface design, making them suitable for specialized applications.
Enhanced System-Level Design Freedom
By separating optical and electronic components along the length of the module, system designers gain more flexibility in placing processors, connectors, and other components without compromising optical performance.
Application-Oriented Performance Optimization
Unlike standardized camera modules, long shape designs are typically optimized for a specific use case, ensuring better performance stability, reliability, and imaging consistency in real-world applications.
What are the Main Application of Long Shape Camera Module?
Ultra-Thin Laptops and Tablets
Integrated into the top ultra-narrow bezel of the device screen, enabling high-quality video conferencing and facial recognition without compromising the display area or overall thickness.
Automotive In-Cabin Monitoring Systems
Integrated into A-pillars, steering columns, or rear-view mirrors for driver monitoring and occupant detection, where installation space is highly limited.
Robotics Vision Modules
Installed in robotic arms or mobile robots, enabling visual feedback for grasping, alignment, and navigation within confined mechanical structures.
Smart Door Locks & Video Intercoms
Used in ultra-slim smart locks and door viewers, providing real-time visitor monitoring while fitting within thin door panels and compact mechanical structures.
Industrial Code Readers
Serving as the core imaging component of fixed industrial code readers or inspectors, its elongated shape is ideal for aligning with conveyor belts to quickly and accurately read 1D barcodes on moving items or inspect product appearance defects.
How to Choose Long Shape Camera Module?
Choosing a Long Shape Camera Module is not just about image quality-it is a system-level decision driven by mechanical constraints, customization depth, and application requirements. The following key aspects should be carefully evaluated:
Clarify Physical Size and Installation Space Requirements
First, confirm the specific dimensions of the installation area (such as length, width, thickness) and spatial form (narrow slit, tubular, ultra-thin bezel). The core advantage of the long shape camera module is adapting to space-constrained environments, so its length-width ratio and overall slenderness must match the reserved space. For example, for ultra-thin laptop/tablet narrow bezels, choose a module with an ultra-slim thickness and a length matching the screen bezel; for automotive A-pillars or robotic arm gaps, prioritize modules with a more slender structure to fit confined mechanical spaces.
Define Customization Scope Based on Application Scenarios
According to the target device and usage, determine the customization needs for mechanical, optical, and electrical aspects. Optically, customize FOV, focal length, and depth of field (DOF) for specific scenarios-for industrial code readers, select a fixed focal length and appropriate DOF to ensure clear barcode reading on moving items; for automotive in-cabin monitoring, choose a wide FOV to cover the driver and occupants. Mechanically, adjust module length, FPC bending position, and connector orientation to match complex internal structures of devices like smart door locks. Electrically, customize interfaces (USB, MIPI) to seamlessly connect with the device's main control system.
Match Core Optical and Imaging Performance Parameters
Select resolution, sensor type, and imaging stability based on application requirements. For scenarios requiring high-definition details (such as industrial defect inspection, medical endoscopes), choose high-resolution sensors (1080P and above) and optimize low-light performance. For video conferencing in ultra-thin laptops, balance resolution and power consumption to ensure clear facial recognition. Avoid over-pursuing high parameters-prioritize performance consistency and stability that fit the specific use case, as long shape modules are optimized for targeted scenarios.
Evaluate Environmental Adaptability and Protection Level
Determine the required protection grade and environmental resistance based on the working environment. For industrial robots, automotive engine bays, or outdoor equipment, select industrial-grade modules with IP67/IP68 waterproof and dustproof, anti-vibration (meeting MIL-STD-810G), and high/low temperature resistance. For indoor devices like smart door locks or tablets, basic dustproof and splash-proof (IP44/IP54) are sufficient to control costs while ensuring reliability.
Balance Cost Budget and Development Cycle
Long shape modules have higher costs and longer development cycles due to high customization, especially for low-volume projects. If the project requires mass production and has tight timelines, prioritize modules with mature semi-customized solutions to shorten validation cycles. For small-batch, high-specialization projects (such as custom medical probes), accept higher costs and longer development cycles to meet personalized needs. Compare the cost structure with ordinary standardized modules and choose the most cost-effective option based on actual demands.
Assess Supplier's Customization and Technical Capabilities
Since customization is core to long shape modules, select suppliers with strong R&D, design, and validation capabilities. Verify their experience in target scenarios (e.g., automotive-grade, industrial-grade projects) and whether they can provide one-stop services from optical design, FPC routing to sample testing. Ensure the supplier has complete quality control systems to avoid risks in mass production and guarantee consistent performance of customized modules.
In summary, choosing a long-strip camera module is a meticulous process that starts from the physical space, involves optical design, environmental adaptation, cost trade-offs, and ultimately concludes with supplier cooperation. It requires interdisciplinary collaboration planning and rigorous verification.
SincereFirst Long Shape Camera Module Selection Guide
SincereFirst Long Shape Camera Modules are designed for applications with strict space constraints and elongated installation structures.
Compared with conventional square camera modules, long shape modules focus on mechanical adaptability, flexible layout, and application-oriented customization, enabling stable imaging in narrow and complex device structures.
This model features an ultra-slim long shape structure with a size of 61 × 10 mm, making it ideal for extremely narrow installations.
It is built on the Sony IMX179 sensor and supports USB interface and autofocus, enabling reliable face capture and image clarity in close-range applications.
Recommended for:
Smart door locks, building access control systems, video intercom terminals, and other slim door-mounted devices.
With a larger long shape layout of 86.5 × 16 mm, this module integrates the Sony IMX415 sensor and provides a 120° wide field of view.
The design focuses on wide-area coverage and stable imaging within confined mechanical spaces.
Recommended for:
Automotive in-cabin monitoring systems, driver and occupant detection, robotics vision modules, and navigation-related applications.
Designed specifically for low-temperature and high-humidity environments, this module measures 62 × 18 mm and is based on the BF314A 1MP sensor.
It features an ultra-wide 182° field of view and an integrated heating wire, ensuring clear imaging even under condensation or frosting conditions.
Recommended for:
Refrigerators, cold storage equipment, smart home appliances, and enclosed monitoring systems operating in cold environments.
This long shape camera module uses the OV5648 sensor and supports autofocus, while also integrating a microphone directly on the PCB.
With a compact size of 71 × 13 mm, it enables synchronized audio and video capture in space-limited designs.
Recommended for:
Video conferencing devices, smart interactive terminals, kiosks, and compact communication equipment.
Built around the Sony IMX415 sensor, this module supports autofocus and achieves TV distortion below 0.3%, making it suitable for precision imaging tasks.
Its long shape structure measures 72 × 19 mm, balancing optical performance with mechanical integration.
Recommended for:
Industrial inspection systems, machine vision equipment, embedded AI vision devices, and accuracy-sensitive imaging applications.
SincereFirst Customized Solutions
In addition to the 5 off-the-shelf long shape camera modules, SincereFirst offers comprehensive customized services to meet special needs:
Mechanical customization: Adjust the module's length, width, and thickness according to the device's reserved space (e.g., ultra-thin strips for smart door lock narrow panels).
Optical customization: Customize focal length (e.g., short focal length for wide-angle monitoring, long focal length for long-distance inspection), FOV, and lens type (e.g., IR-cut lenses for day-night monitoring).
Performance enhancement: Add waterproof (IP67/IP68), anti-vibration (MIL-STD-810G), or high-temperature resistant configurations; integrate functions like heating wires (for low temperatures) or microphones (for audio-visual synchronization).
Interface and protocol customization: Support USB 3.0, Type-C, or MIPI interfaces; adapt to non-standard communication protocols for special industrial equipment.
Conclusion
In conclusion, the Long Shape Camera Module represents a highly application-driven imaging solution designed to overcome strict space constraints while delivering reliable and optimized visual performance. Its value lies not only in its elongated form factor, but also in its deep customization capability across mechanical, optical, and system levels. Backed by Class 10/100 COB dust-free workshops, advanced AA (Active Alignment) manufacturing processes, and 100% quality control, SincereFirst ensures consistent quality from prototype to mass production. With over 30 years of industry experience, a monthly capacity of 10 million units, and proven cooperation with Fortune Global 500 companies, SincereFirst is well positioned to support projects ranging from standard deployments to ultra-high-definition (1MP–200MP) high-end customization. Combined with comprehensive OEM services, internationally recognized certifications, and a dedicated 7×24 six-star service system, SincereFirst is not merely a camera module supplier, but a long-term solution partner for space-constrained and performance-critical imaging applications.
FAQ
Q1: What makes SincereFirst Long Shape Camera Modules special?
A: SincereFirst provides highly customized long shape modules with stable imaging in narrow spaces, backed by Class 10/100 COB workshops, advanced AA manufacturing, full quality control, OEM services, international certifications, and a dedicated 24/7 service team.
Q2: What customization services can SincereFirst provide?
A: It supports customization of mechanical structure (size, PCB routing), optical parameters (focal length, FOV), interfaces (USB/MIPI), and protection performance (waterproof/vibration-resistant), as well as 1MP-200MP ultra-high-definition adaptation.
Q3: What is the cost and development cycle of customized modules?
A: The cost is higher than that of standardized modules, and the development cycle for small-batch customization is longer; for mass production, semi-customized solutions can shorten the cycle. Specifics need to be communicated with SincereFirst based on requirements.
Q4: Can off-the-shelf models be directly adapted to my device?
A: It is necessary to first confirm whether the device's installation space (length, width, thickness) and interface requirements match the off-the-shelf parameters. If not, adjustments can be made through customization.
Q5: What are the core guarantees of SincereFirst's customization services?
A: Relying on 30 years of industry experience, AA (Active Alignment) manufacturing process, and 100% full-process quality inspection, it provides one-stop OEM services, paired with 1-year replacement, 10-year warranty, and 7×24-hour online support.
SINCEREFIRST camera module manufacturing enterprise integrates design, development, manufacturing and sales. We can supply ready made 0.1mp to 200mp FPC & USB camera module and diameter 0.9mm~10mm endoscope camera module. Our products are widely used in various fields, such as AIoT equipment, smart home, smart medical, intSSelligent transportation, automatic driving, intelligent security, Intelligent warehousing, scanning, robot, UAV, medical endoscope, industrial endoscope, computer, intelligent terminals etc.
What sets SINCEREFIRST apart is our commitment to quality, reliability, and customer-centricity:
Premium Production Environment & Process: We operate Class 10/100 COB dust-free workshops and adopt advanced AA (Active Alignment) processes, ensuring every module meets strict quality standards and delivers stable, high-performance imaging.
Reliable After-Sales Guarantee: We provide a 1-year replacement service and a 10-year warranty, offering long-term peace of mind for both individual developers and enterprise customers.
Rich Industry Experience: With over 30 years of expertise in the optical device and camera module industry, we possess mature technical capabilities and operational efficiency to address complex customer needs.
High-Level Cooperation Resources: Our partnerships with Fortune Top 500 companies are a testament to our recognized product quality and strong brand reputation in the global market.
Comprehensive Customization Support: We offer one-stop OEM and customization solutions, enabling us to flexibly adapt to diverse application scenarios and solve unique challenges for our customers.
If you are looking for camera module or camera sensor manufacturers and suppliers, please feel free to contact us for camera module price and more detailed introduction. SINCEREFIRST is a leading high-tech company specializing in integrated optical device manufacturers and optical imaging system solution providers. There are different types of camera modules and camera sensors for sale, and they also support customization to meet all your needs and solve your problems.
