TL_MINI_F28_V1 1080P HD Camera Module Wide Angle Lens, 24pin
In the dynamic sphere of embedded vision and high-definition imaging modules, the TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens is setting new standards for clarity, reliability, and integration. With the surge of IoT, industrial automation, smart surveillance, and automotive intelligence, the demand for compact yet high-performance HD camera modules has soared—industry reports show a 17% CAGR for HD camera module shipments from 2021 to 2026 ([Source](https://www.marketsandmarkets.com/Market-Reports/camera-module-market-145175712.html)).
Industry Trends: Compact HD Camera Modules in the Era of Intelligent Systems
Miniaturization: Markets show growing favor for ultra-compact modules that preserve HD capabilities (1080p/2MP and above) and fast interfaces (MIPI, DVP, parallel 24pin).
Wide Angle Coverage: Industrial inspection, smart retail, and traffic monitoring increasingly leverage wide-angle lenses (>90° FOV) for greater situational coverage and reduced blind spots ([Yole Développement Analyst, 2023](https://www.i-micronews.com)).
Customization & Reliability: OEMs prioritize modules that can be custom-tailored to pinouts, lens types, IR filter requirements, and that meet ISO 9001/TS16949 or ANSI standards.
Cost-Efficiency: Solutions like TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens deliver price/performance for edge applications, reducing total system costs.
Technical Overview: TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens
Camera Type: Board-level compact CMOS module
Output: HD 1080p (1920x1080), 24pin parallel interface
Lens:Wide Angle, FOV up to 120°; F2.0 aperture; IR Cut (optional)
Dimensions: 28mm × 28mm PCB (customizable down to 19x19mm)
Operating Voltage: 3.3V / 5V
Material & Assembly: Aerospace-grade aluminum, PCB with ENIG (Electroless Nickel Immersion Gold) finish, anti-static
Operating Temp: -30°C to +80°C
Certifications: ISO 9001:2015, RoHS, CE; Life-test > 20,000 hrs
Detailed Product Specification Table
Specification
TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens
Typical Competing Module (A)
Typical Competing Module (B)
Image Sensor
1/2.9" HDR CMOS (Sony IMX322)
1/4" OV2710
1/3" AR0230CS
Resolution
1920 x 1080 (2MP)
1280 x 720 (1MP)
1920 x 1080 (2MP)
Lens FOV
120° Wide Angle, F2.0
90° Standard, F2.2
103° Wide, F1.8
Size
28×28 mm (custom down to 19x19mm)
38×38 mm
32×32 mm
Interface
24pin parallel (MIPI optional)
36pin parallel
MIPI/USB
Operating Voltage
3.3V / 5V
5V
3.3V
Operating Temp.
-30°C ~ +80°C
0°C ~ +60°C
-20°C ~ +70°C
Certifications
ISO 9001:2015, RoHS, CE
RoHS
CE, RoHS
Module Life
>20,000 hours
15,000 hours
18,000 hours
Manufacturing Process of TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens
Raw Material Selection: Utilizes aerospace-grade aluminum for structure and pure optical glass for the lens—excellent thermal performance, anti-oxidation, and light transmittance >97%.
CNC Precision Processing: Ensures all frames and lens holders meet tight tolerance (±0.02mm), critical for optical alignment.
Component Installation: Conducted in ISO Class 100 cleanroom to prevent particle contamination on sensitive CMOS sensors.
Automated Lens Mounting: Computer-vision controlled for Lens-Sensor Parallelism & Focus.
Ageing & Optical Adjustment: Each module undergoes 72-hour continuous operation to ensure stability.
QC & Certification: Every piece 100% optically/electrically tested as per ANSI/EIA-364-100 and ISO 9001:2015. Key tests: color reproduction (ΔE < 3), SNR >46dB, Anti-static IEC 61000-4-2.
Packing: Anti-static, vacuum-sealed, shock-proof packaging as per RoHS/CE directives.
Application Scenarios & Technical Advantages
Key Application Fields:
Industrial Automation: Inline defect detection, pick-and-place visual guidance, process monitoring — proven to improve first-pass yield rates by 23% (Client Data 2023).
Robotics & Drones: Used in line-tracking, SLAM vision, obstacle avoidance—lightweight integration, enhanced FOV.
Medical Devices: Used for point-of-care diagnostics, live microscopy with 2MP real-time output; FDA-ready materials ([US FDA 21CFR177.2600](https://www.ecfr.gov/current/title-21/chapter-I/subchapter-B/part-177/subpart-C/section-177.2600)).
Smart Retail: Customer behavior analytics, shelf monitoring, people counting.
Environmental Sensing: Low illumination sensitivity is ideal for smart city weather stations or water monitoring.
Technical Advantages Over Market Alternatives:
Superior Wide-Angle Lens: 120° FOV enables 1.3X more coverage vs. average modules (see comparison chart below).
Enhanced Durability: Module operates reliably from -30°C up to +80°C—well beyond typical 0°C~+60°C industrial modules.
Custom PCB Outlines: Adaptable to space-constrained designs (custom as small as 19×19mm, PCB/FFC pin-mapping customization available).
Consistent Color and Low Distortion:ΔE < 3 (color difference), Distortion <1.5% at 1080p full frame.
Global Certifications: Manufactured under ISO 9001:2015, RoHS, CE-compliance—exported to over 42 countries since 2016.
Field-proven Lifespan: Life/aging tested for 20,000+ hours MTTF; field returns <0.03% (2020-2023 data).
Real-world Experience: Over 260+,000 units of TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens have been integrated into leading OEM systems worldwide (2020–2023). Customer feedback highlights easy signal interfacing, robust anti-vibration assembly in mobile robots, and exceptional image stability in high-humidity smart agriculture deployments.
Mass Production Lead Time: 12~21 working days for 10,000pcs+
Flexible MOQ: 20–100pcs for engineering pilot runs
Competitive Analysis Table:
Parameter
TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens
International Top 3 Brands
Customization
PCB, Lens, Firmware, Pinout
Limited
Response Time
≤24h pre-sales, 5 days sample
3–10 days
Certifications
ISO 9001, RoHS, CE
CE, RoHS
Warranty
18 months
12 months
Product Unit Price*
\$8.50–\$13 (QTY 1000+)
\$20+
*2024 market average, for comparable camera modules.
Case Studies: Practical Deployments of TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens
Case 1: Smart Parking Solutions (Europe, 2023)
Scenario: City-wide deployment of 9,800 modules for on-street parking vacancy detection, integrated via 24pin parallel to edge compute nodes. The wide angle lens enabled each module to monitor 2–3 parking spots, improving space identification efficiency by 41% and reducing false positives to less than 1.1% (as validated under EN 62471 optical safety test). Ambient temperature reached -25°C during winter; modules showed zero image degradation after 17 months field use.
Case 2: Industrial Automation Robotics (Asia-Pacific, 2022-2024)
Scenario: Integration in pick-and-place robot arms for PCB test lines. The compact form factor (28×28mm) and high SNR allowed real-time defect recognition (ΔE≤3, SNR>46dB). Feedback from the client highlighted a 17% reduction in field maintenance costs and a measurable acceleration in product changeover time (by approx. 19%).
Case 3: Environmental Monitoring Device (North America, 2022)
Scenario: Mounted on river-bank monitoring stations, 24/7, for water quality and flow assessment. Performance remained stable through high humidity and UV exposure, compliant with ISO 12233:2017 test standards.
Testimonials:
"We've deployed over 2,400 units of TL_MINI_F28_V1 1080P HD 24pin Camera Module With Wide Angle Lens for traffic and robotics since 2021. Modules are robust, images sharp even in foggy/rainy conditions, and failures virtually zero."
—CTO, European Automation Integrator
FAQ: Professional FAQ on Key Technical Terms
Q1: What is the significance of a "24pin parallel interface" in this camera module?
A: The 24pin parallel interface refers to a data transmission standard that offers high-speed, simultaneous multi-bit data output, minimizing latency versus serial interfaces (like I2C/MIPI). It is ideal for industrial controllers and real-time embedded systems which require direct, low-latency sensor data integration.
Q2: How does the wide-angle (FOV 120°) lens benefit industrial and surveillance applications?
A: A wider Field of View (FOV 120°) enables greater coverage per camera, reducing the number of modules needed and minimizing blind spots. This is especially crucial for monitoring large areas, people counting, and defect detection along conveyor belts.
Q3: What does "ENIG finish on PCB" mean?
A: ENIG (Electroless Nickel Immersion Gold) is a surface finish on PCB copper traces offering excellent corrosion resistance, solderability, and improved lifespan—essential for industrial environments prone to oxidation or humidity.
Q4: What standards ensure the QC reliability of this camera module?
A: QC is enforced as per ISO 9001:2015 (quality management), ANSI/EIA-364-100 (electrical), IEC 61000-4-2 (ESD), and EN 62471 (optical safety). These global standards assure consistent quality, electrical stability, and safety for end-users.
Q5: What is the expected operational lifetime, and how is it tested?
A: Expected module life exceeds 20,000 hours (approx. 2.4 years continuous use), validated by high-temperature/humidity stress tests and accelerated aging under operational load, per industry standards (JEDEC JESD22-A108).
Q6: Which Installation Standards are Supported?
A: Holes/pads and FFC/FPC connectors comply with IPC-2221 general requirements for PCB design and IEC 60617 schematic representation, ensuring rapid integration into various industrial, automotive, or custom PCB assemblies.
Q7: What material is used for the lens, and why?
A: The lens is manufactured using high-purity optical glass (and optionally, anti-glare coatings). This maximizes transmission, reduces chromatic aberration, and ensures scratch resistance, crucial for prolonged deployments in harsh environmental conditions.
Support, Delivery, and Warranty—Your Project’s Confidence
Order Lead Time: Sample 2-5 days; Mass production 12-21 days (flexible per customization scope).