Cable custom lockable screw CAT7 high-speed network cable
Product Description
Cat.7 SSTP ultra-high speed network cable
Wire-to-metal independent shielded connector: CAT.7 RJ45 gold-plated double connector
• Both heads are equipped with screw locks for more secure installation.
• Using standard 24AWG pure copper wire core, it is suitable for use in computer monitoring, industrial equipment and other devices.
• High quality manufacturing controls.
• Provide customization, processing and OEM services
• Super high speed internet line round line
• 600MHz ultra-high bandwidth 10Gbps data transmission
• The wire is UL certified and has a double-shielded structure.
• Copper shell gold-plated connector, gold plated gold plate 50u
• Supports Power over Ethernet (PoE)
• Connector iron shell, gold-plated shielded iron shell, grounding
• 8P8C contact gold-plated four pairs of wires, each pair twisted
• 28AWG pure copper + aluminum foil + ground wire + 80 braided metal shielding net OD6.0mm, using the industry's Fluke Networks CAT7 cable certification analyzer
Test'Crosstalk test passed'
Test'Crosstalk test passed'
• Ultra high density braided shielding
• 10 times faster than traditional CAT.5 transmission
Interface: RJ45 gold-plated crystal head
Transmission bandwidth: 600Hz
Rated voltage: 30V(MAX)
Material: PVC material covering, metal transmission conductor
Cable CAT.7 SSTP strong anti-interference ultra-high-speed network cable
Network cables with strong anti-interference capabilities and high-speed transmission performance have the following characteristics:
Strong anti-interference: Cat.7 SSTP network cable adopts ultra-high-density braided shielding (Screened Shielded Twisted Pair) to effectively block external interference and electromagnetic interference, ensuring the stability and reliability of data transmission.
Ultra-high-speed transmission: This network cable supports an ultra-high-speed transmission rate of 10Gbps, which can handle large-capacity data transmission needs, such as high-definition videos, large files, and games.
Bending-resistant design: The connector of the network cable is designed with bending resistance in mind and can withstand frequent bending and pulling, reducing wire damage or signal attenuation caused by bending of the network cable.
Transmission bandwidth: The transmission bandwidth of Cat.7 SSTP network lines is up to 600MHz, which can achieve faster data transmission and more efficient network performance. It is suitable for large enterprises, data centers and high-demand network environments.
Cat.7 SSTP ultra-high speed network
High-speed transmission: Cat.7 SSTP network cable supports ultra-high-speed data transmission and can reach or exceed 10Gbps transmission rate, which makes it an ideal choice for processing large-capacity data such as large files, high-definition videos, and streaming media.
Low latency: Cat.7 SSTP network cables usually have low transmission latency, which is very important for applications that require high-speed, real-time data transmission, such as games, video conferencing, and online streaming.
Future scalability: The design of the Cat.7 SSTP network cable makes it have better future scalability and can meet the increase in future data requirements, making it a long-term investment and sustainable use network solution.
High-speed transmission: Cat.7 SSTP network cable supports ultra-high-speed data transmission and can reach or exceed 10Gbps transmission rate, which makes it an ideal choice for processing large-capacity data such as large files, high-definition videos, and streaming media.
1. Network line level: (the larger the number, the higher the level)
Network cables from Cat. 5 to Cat. 8 represent different standards and performance levels, each with its own unique characteristics.
Here is a brief description of each level:
1. Cat. 5: Cat. 5 is one of the earliest standards and supports data transfer rates up to 100 Mbps.It is mainly used in general home and small office networks.
2. Cat. 5e: Cat. 5e is an enhanced version of Cat. 5, supporting data transfer rates up to 1000 Mbps (1 Gbps).It provides better anti-interference performance and is suitable for daily home and business users.
3. Cat. 6: Cat. 6 supports data transfer rates up to 10 Gbps and is typically used in environments that require higher bandwidth, such as large enterprises, data centers, and demanding multimedia applications.
4. Cat. 6A: Cat. 6A is an upgraded version of Cat. 6, supporting the same 10 Gbps speed but maintaining stability over longer distances.It is mainly used in large data centers and applications requiring high performance.
5. Cat. 7: Cat. 7 supports data transmission rates up to 10 Gbps and introduces shielding technology to reduce external interference.It is suitable for environments with strict requirements on signal quality and stability.
6. Cat. 8: Cat. 8 is the latest standard, supporting data transfer rates up to 25 Gbps or 40 Gbps and operating at higher frequencies.It is mainly used in large data centers and high-density network deployments to meet the demand for extremely high speeds.
2. Functions and features of network lines:
1. Transmission speed: The transmission speed of the network cable. The network cable can support high-speed data transmission, ensuring that users have faster connection speeds on the Internet.The transmission speeds of different levels of network lines are measured in megabits per second (Mbps) or bits per second (Gbps).For example, Cat 5e usually supports data transfer rates up to 1000 Mbps (1 Gbps), while Cat 6 can provide higher rates, reaching 10 Gbps.As for Cat 6a, it can support speeds up to 10 Gbps while maintaining high performance over longer distances.
2. Stability and reliability: The stability of the network line is crucial to maintaining the stability and reliability of the connection.Every time you want to buy a network cable, you will be confused by the different grades of network cables. This is crucial to avoid connection interruption or packet loss, especially in applications that require high reliability, such as in offices or gaming environments.
3. Anti-interference: Talk about the anti-interference performance of the network line.Some network cable designs can effectively reduce external signals or electromagnetic interference, ensuring that data transmission is not affected by external influences.This is especially important when using network equipment in busy environments.
4. Scope of application: Different levels of network cables have different scopes of application, such as whether they are suitable for home, office or special application scenarios.Some network cables may be suitable for long-distance connections, while others are suitable for short-distance connections.
5. Standards and Certifications: If the network cable meets specific standards or is certified.For example: the network cable complies with Cat 5e, Cat 6, Cat 6a and other standards, or has obtained relevant industry certifications.What is more special is the Cat. 7 network cable, because the Cat. 7 network cable is not based on the network TIA/EIA-568.B/.C/.D specifications developed by TIA/EIA (American Communications Industry Association/Electrical Machinery Industry Association). Its specification ISO/IEC 11801 Class does not formulate a Cat. 7 standard specification for RJ45 connectors, and test instrument manufacturers (such as FLUKE) do not have a standard basis to launch corresponding instruments and equipment for testing Cat. 7, making it difficult for users to target Cat. Standard testing is performed at a rate of 7.
6. Durability: The durability and quality of the network cable.Network cables manufactured using high-quality materials and processes are more resistant to physical damage and daily wear and tear, extending their service life.
7. Flexibility and easy installation: The high-quality network cable design is soft and easy to install.Flexibility and ease of installation can make network cables easier to adapt to different environments and cabling needs.
The grades of network cables are usually distinguished by Cat (Category) standards, such as Cat 5e, Cat 6, Cat 6a, etc. Each grade of network cable has different characteristics and supported speeds.Higher-rated network cables generally support higher data transfer rates.The speeds supported by different levels of network cables.Cat 5e typically supports data transfer rates up to 1000 Mbps (1 Gbps), while Cat 6 is capable of even higher rates, up to 10 Gbps.As for Cat 6a, it can support speeds up to 10 Gbps while maintaining high performance over longer distances.
When purchasing an internet cable, choosing the appropriate grade is crucial.If your network usage needs are relatively simple, such as a general home user or a small office, Cat 5e may be enough to meet daily needs.However, if you need to handle large amounts of data, video streaming, or other high-bandwidth applications, it is recommended to consider upgrading to Cat 6 or Cat 6a to ensure higher transfer rates and performance.
When selecting a network cable, in addition to the grade, you should also pay attention to the following factors to avoid unstable network transmission:
Shielding: Some network lines are shielded to reduce external interference.In environments where high stability is required, it may be wise to choose a shielded network cable.
Sales method: manufacturing, wholesale
Sales target market: Taiwan, Mainland China, Hong Kong, Singapore
competitive characteristics
Diverse designs: King Lai Electornics Co.,Ltd. provides diversified designs of Cable custom lockable screw CAT7 high-speed network lines
Cable custom lockable screw CAT7 high-speed network cable accepts original factory commissioned design and manufacturing ODM
Cable custom lockable screw CAT7 high-speed network cables are accepted for OEM manufacturing.