Optical Cables, Lan Cables,Fiber Optic Patchcords Blog

How we guarantee the quality

2024-09-05

1.All material should be quality check before get into the stock so that we can make sure all wire harness and cable assembly use the right thing.

2.Our IPQC guys will check during the full processing to find any defeat.

3.All complete goods should be break-over and color tested for each one with the drawing.

4.QC guys will recheck custom wire harness and custom cable assembly about the measure, color, wire and connector model again by drawing in hand.

5.OQC final check before mass product be packed. 
                           

Which factor affect cable assembly using?

2024-09-05

Which factor affect cable asssembly using? it indlucing pitch, contacting and environment and so on.

1.Pitch

A good cable assembly or wiring harness pitch and pins should match the wafer or connector between wire and PCB board. Too big, it;s easy to slip out when you are using, the current will break over; too small, it can't be connectted together and used. 

2.Contacting

When we are customizing wiring harness or customizing cable assembly, we should obey the currect and contacting request, can't miss anyone or take a wrong leading for current, it will broken your machine.For example, the contacting request 1-1, 2-2, 3-3, but you contact 1-3,2-2,3-1, then it maybe get a fire and burn all making.

3.Environment

Electrical wiring harness using should comply with environment when you are using. In a cold country or environment, the wire request to balance -30 to 70 degree in your special using; opposite, it should take 150-300 degree in high tempeture environment.

 

Who is wire harness manufacture?

2024-09-05

Wire harness manufacture  who be called as cable assembly manufacture or cable harness companies that specialized in custom wire harness and assembled cable for different field, such as electronic, telecommunication, homa-appliance machine or security.

Wire harness manufacture custom assembled cable and wire harness baisc on custom drawing, specification or samples which show the material about connector model and wire kinds, also connector number and wire AWG, last will be the wire contacting between all connectors and length, so that Wire harness manufacture can get all information and produce sample and mass product for customer.

Wire harness manufacture not just a maker but a creator, we can support design service if you didn't know the detail or how to build your assembled cable and wire harness, you just need to tell us your idea and using environment, we will choose the target material and using for you.

 

 

 

 

 

 

 

 

 

Electrifying Growth The Demand for Fast and Coiled EV Charging Cables

2024-09-05

With the rapid expansion of electric vehicles in the auto market share, electric vehicle charging cables as a market segment are also showing booming demand.

 

The global electric vehicle charging cable market size has reached US$1.3 billion in 2023. According to market analyst forecasts, this value will rise to US$3.9 billion in 2030. In this dynamic market landscape, various innovative technologies are consistently shaping the EV charging market structure, and the demand for Efficient charging cables has never been so strong. Promote the EV charging cable market to flourish in an innovative, efficient, and user-friendly direction. Fully understanding the needs is critical to winning in the EV charging market.

 

Classification of EV charging cables

 

By power sources, it can be divided into charging cables for transmitting DC power and charging cables for transmitting AC power.

By the charging speed, it can be divided into Fast charging cables and slow charging cables. The fast charging cable here mainly refers to the high-power DC charging cable. The cooling Technology technology can be further divided into high-power DC natural cooling and high-power DC liquid cooling.

By shape, they can be divided into straight charging cables and Coiled charging cables.

Different cables serve different charging occasions. According to the current market, AC charging cables dominate the market. This mainly stems from the market share of home and workplace charging. Straight cables currently occupy a larger market, but due to the need for flexibility, the future demand for coiled cables will be equally strong.

 

Coiled charging cables

EV coiled charging cable is a flexible, efficient, and safe charging cable specially designed for electric vehicles. Unlike traditional straight cables, coiled cables have a spring-like design, allowing a high degree of freedom in stretching and retracting, making it easy to cope with charging needs in different situations. Improving user charging experience, mainly reflected in:

· More Flexible Charging Experience: The flexible nature of the coiled charging cable makes it easy to handle and operate during the charging process. EV owners can quickly extend the cable to their vehicle's charging inlet and retract it when they're done charging, minimizing hassle and saving time. In addition, the excellent elasticity prevents the cable from dragging on the ground during charging, causing the cable dirty and worn.

· Easier Cable Management: The compact cable design prevents cable clutter caused by the accumulation of long, tangled cables during charging, as well as potential damage and tripping risks. Expand and contract freely to minimize storage space.

· Longer Service Life: It can withstand high-intensity stretching and retraction while ensuring structural stability. It is more reliable and wear-resistant, extending the service life of the cable.

 

 

The charging cables from Workersbee, a top EV charging cable supplier, have optional coiled, with reliable power transmission capabilities. They are well-made, have excellent elasticity and toughness, and are recognized by customers as Durable charging cables. The color can also be customized. Ideal for compact charging stations, private garages, or other small spaces.

 

Fast charging cables

Fast charging cables are specially designed for rapid charging of EVs at DC fast charging stations, adding hundreds of miles of range in minutes. The realization of Rapid charging technology is inseparable from temperature control. Currently, natural and liquid cooling technologies are used to maintain plugs, terminals, and cables in a suitable temperature rise range, thereby achieving continuous and stable transmission of high currents.

Natural cooling mainly relies on the conductor arrangement design of the cable to form an air channel that is easy to dissipate heat and ensures efficient cold and heat exchange inside and outside the cable.

In addition to a more complex structural design, liquid cooling also relies on efficient heat exchange of the cooling medium. It can be divided into oil-cooling and water-cooling media.

High-speed charging cables are generally thicker and heavier than AC slow-speed charging cables because they have to carry greater current. They also require stronger durability and a higher level of protection. More stringent high-standard certification is needed to ensure safe, reliable, and stable use in changing outdoor environments.

 

 

Workersbee's natural cooling High-powered charging cables can achieve a sustained and stable output of 375A. The cable OD is also lower than the industry average. It has passed CE, UL, and TUV certifications and has been unanimously recognized by EV charger manufacturers.

 

Market Insights

The acceleration of the construction of EV charging stations will further accelerate the demand for EV charging cables. Fast charging cables for significantly reducing charging time for high-speed charging, and coiled cables for greater flexibility. These cables provide strong support for the growth of EV charging infrastructure, the spread of EVs, and the acceleration of the transition to electrified and sustainable transportation.

The growing demand for EV charging will surely promote the technological development of charging cables.

The first is charging cables that can carry higher power and larger currents. In addition to passenger cars, fast charging can also be targeted at commercial electric heavy-duty fleets.

Secondly, there are technical challenges in cable materials and cooling technology, while ensuring stable high current, and lightweight handling.

Finally, there may be new ideas for cable shape, such as retractable designs or foldable designs that are more conducive to cable management. Or we can consider adding more functional designs to the cable, such as lighting or display functions.

Advantages Workersbee can offer Business

· Reliable high-standard products, complete certification, and high-quality service system

· Product application of advanced technology by the elite R&D team

· Complete supply chain system, modular design, and automated production to effectively control costs

· Keen market sense, keep up with cutting-edge technology, and provide more innovative and efficient solutions for your business

 

Conclusion

High-efficiency fast charging cables and highly flexible coiled cables play a huge role in promoting the development of the EV charging market, providing car owners with more convenient, efficient, and reliable charging solutions.

Workersbee's diversified product lineup can provide you with more cutting-edge technical practices, complete solutions, and comprehensive after-sales services. Welcome to contact us to order samples or obtain more information.

What Does Cell on Wheels ( COW) Stand for in Telecom?

2024-07-16

In the field of telecommunications, "COW" stands for "Cell on Wheels." A Cell on Wheels is a portable mobile cell site that can be quickly deployed to provide temporary wireless network coverage in areas where there is either no existing coverage or where additional capacity is needed temporarily. Here's a breakdown of the term and its significance: 

1. Cell: In the context of telecommunications, a "cell" refers to a geographic area covered by a wireless network. Each cell is served by a base station, which facilitates communication between mobile devices and the network infrastructure. 

2. on Wheels: "On Wheels" refers to the mobility of the Cell on Wheels unit. It is typically mounted on a trailer, truck, or other mobile platform, allowing it to be easily transported and deployed as needed.  

The Cell on Wheels concept allows telecommunication providers to rapidly address coverage gaps or increased demand in specific areas. Here are some key features and applications of Cell on Wheels: 

1. Rapid Deployment: COWs are designed for quick setup and deployment, allowing telecommunication providers to respond rapidly to emergencies, special events, or network outages. They can be transported to a site, positioned, and operational within a short period. 

2. Temporary Coverage: COWs are typically used to provide temporary coverage in areas where permanent infrastructure is not yet in place or where additional capacity is needed temporarily. Examples include remote or rural areas, disaster-stricken regions, or crowded events like concerts or sports competitions. 

3. Flexibility: COWs can support various wireless technologies and network standards, such as 2G, 3G, 4G LTE, and even 5G, depending on the equipment installed. They can be customized to accommodate different frequency bands and network requirements. 

4. Equipment and Infrastructure: A typical COW setup includes a telescoping or extendable tower or mast to elevate the antennas, base station equipment, power supply units, and necessary backhaul connectivity. COWs can be equipped with multiple antennas to provide coverage in different directions or sectors. 

5. Temporary Backhaul Connectivity: COWs require a temporary backhaul connection to connect the mobile site to the core network. This can be achieved through methods like satellite links, microwave links, or temporary wired connections. 

Cell on Wheels units serve as a flexible solution for extending wireless network coverage and capacity in temporary or underserved areas. They play a crucial role in maintaining communication services during emergencies, facilitating connectivity at events, and bridging coverage gaps as telecommunication infrastructure is being developed or repaired.

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Learn more at www.alttower.com

 

Introducing the High-Quality Connector Strip Block A Reliable Solution for Electrical Connections

2024-04-22

In the realm of electrical connectivity, the High-Quality Connector Strip 12-Way Block emerges as a standout solution, offering exceptional performance and reliability. Crafted from brass conductors, this connector strip ensures superior electrical conductivity, guaranteeing efficient power transmission across various applications.

Designed for ease of use, the Connector Strip 12-Way Block facilitates quick and straightforward wiring connections, making it an ideal choice for both professionals and DIY enthusiasts alike. Its intuitive design streamlines the joining of wiring, reducing installation time and effort.

What sets this connector strip apart is its solid brass insert, which not only enhances electrical conductivity but also provides excellent insulation. This feature ensures reliable performance and minimizes the risk of electrical hazards, offering peace of mind in diverse electrical environments.

Whether utilized in industrial machinery, control panels, or household appliances, the Connector Strip 12-Way Block proves to be a versatile and dependable solution. Its robust construction and superior electrical properties make it suitable for a wide range of applications, where performance and reliability are paramount.

In conclusion, the High-Quality Connector Strip 12-Way Block stands as a testament to innovation and quality in electrical connectivity. With its brass conductors, easy connectivity, and solid insulation, it sets a new standard for reliability and efficiency in electrical connections.

Nokia FRGT 472810A FLEXI RF Module 3TX 2100

2024-04-18

Nokia FRGT FLEXI RF Module 3TX 2100 is a Nokia module, model 3TX 2100, belonging to the FLEXI RF series. Based on the provided information, this module may be used for wireless communication and may be a component of an amplifier module or other communication devices.

 

Nokia FRGT Airscale RF Module .Space- and energy-efficient high-performance baseband processing for 2G, 3G, 4G and 5G leveraging common systems for all radio cells on all frequency bands.New Solutions and Network AirScale base station system, indoor module.

Nokia solutions and networking companies are constantly striving to reduce theirProducts and services. We encourage you to join our work as our customer and user.Moving towards a cleaner and safer environment. Please recycle the product packaging and follow the advice .Used for power usage Nokia 472810A and proper handling of our products and their components.If you have any questions about our environmental policies or any of our environmental services Provided. If you have any other information, please contact us.

Unraveling the Key Differences Between COB and Micro LED Video Wall Technologies

2024-03-12

As LED technology continues to evolve, two distinct approaches have emerged as popular choices for video wall applications: COB LED (Chip-On-Board LED) and Micro LED. Both technologies offer unique advantages, but they also differ in several aspects. In this article, we will provide an in-depth comparison between COB LED and Micro LED video walls, exploring their characteristics, applications, and benefits, to help you make an informed decision for your next project.

COB (Chip-on-Board) and Micro LED are two distinct technologies used in the construction of  led video walls, each with its own set of characteristics and advantages. Here's a breakdown of the key differences between the two:

1. Structure and Manufacturing Process:

   • COB: In COB technology, individual LED chips are directly mounted onto a substrate, such as a circuit board, without the need for packaging. These LED chips are closely packed together and covered with a phosphor layer for color conversion.
   • Micro LED: Micro LED technology involves mounting millions of tiny LED chips (typically less than 100 micrometers in size) onto a substrate using advanced manufacturing processes. Each micro LED acts as a pixel in the display, and they are typically arranged in a matrix to form the display panel.

2. Pixel Pitch and Resolution:

   • COB: COB video walls typically have larger pixel pitches compared to Micro LED displays. As a result, COB displays may have lower resolutions and are more suitable for applications where viewing distances are greater.
   • Micro LED: Micro LED displays offer much smaller pixel pitches, allowing for higher resolutions and sharper images even at close viewing distances. This makes them suitable for applications where high image quality and detail are essential, such as indoor signage and fine-pitch displays.

3. Brightness and Contrast:

   • COB: COB displays can achieve high levels of brightness, making them suitable for outdoor applications or brightly lit indoor environments. However, they may not offer the same level of contrast as Micro LED displays.
   • Micro LED: Micro LED displays typically offer superior brightness and contrast compared to COB displays. The self-emissive nature of Micro LEDs allows for deep blacks and high contrast ratios, resulting in vibrant and lifelike images.

4. Modularity and Scalability:

   • COB: COB video walls are often constructed using modular panels, allowing for easy installation and maintenance. However, the modular design may limit the achievable resolutions and aspect ratios.
   • Micro LED: Micro LED displays also use a modular design but offer greater flexibility and scalability in terms of resolution, size, and aspect ratio. This makes them suitable for creating seamless video walls of virtually any size and shape.

5. Cost and Manufacturing Complexity:

   • COB: COB technology is generally less complex and costly to manufacture compared to Micro LED technology. This makes COB displays more affordable for certain applications and budgets.
   • Micro LED: Micro LED displays involve complex manufacturing processes and require precise placement of millions of tiny LED chips. As a result, they are currently more expensive to produce than COB displays, although costs are expected to decrease as the technology matures.

 

1. APPLICATION

COB LED: COB LED technology is widely used in various applications, including indoor and outdoor lighting, automotive lighting, and display technology, such as video walls and digital signage. COB LED video walls are suitable for applications where high brightness, uniform light distribution, and efficient heat dissipation are important.

Micro LED: Micro LED technology is primarily used in display applications, including high-resolution screens for smartphones, TVs, and video walls. Their small size and self-emissive nature make Micro LEDs ideal for creating highly detailed, vivid, and power-efficient displays, offering superior image quality for video walls in demanding environments.

Both COB LED and Micro LED technologies offer unique advantages for video wall applications. COB LED video walls are a cost-effective solution that provides high brightness, uniform light distribution, and efficient heat dissipation, making them suitable for various applications. On the other hand, Micro LED video walls offer superior image quality, contrast ratios, and color accuracy, making them ideal for high-resolution screens and demanding environments. Ultimately, the choice between COB LED and Micro LED video walls will depend on your project requirements, budget, and desired image quality.

 

Anderson Connector Protective Sleeve Refrigerator Plug Wiring Harness

2024-02-28

Power Up with Confidence 3 Pole 175A 600V Power Connector Charging Anderson Plug

2024-02-28