Various brands of fever wire technology features reveal

Wire is a love and hate thing for some Hi-Fi and AV enthusiasts. Regarding whether the wire can change the sound or image quality, I think everyone should have a positive attitude; but the degree of change or improvement is the controversy, and because the price of the product in the wire market is currently two poles. The tendency to differentiate makes it even more difficult to reach consensus on this issue. Regarding whether the wire can change the sound or image quality, I think everyone should be positive; but how much the change or improvement is the controversy, and because the current price of the wire market is polarized. The tendency to make this issue even more difficult to achieve consensus. If we temporarily put aside some other factors and return to the fundamentals, we can simply summarize the basic requirements of the wire: if we temporarily put aside some other factors and return to the fundamentals, we can actually make the basic requirements of the wire simple. induction:

1. Good contact, good durability after multiple insertions and removals. 1. Good contact, good durability after multiple insertions and removals. Poor contact is prone to inferior or even disconnected sound or image signals, which is by no means acceptable to consumers. Poor contact is prone to inferior or even disconnected sound or image signals, which is by no means acceptable to consumers. When we use various audio-visual equipment, we will inevitably remove and plug the wire several times for various reasons such as maintenance, changing the position and changing the machine. A high-quality wire must not be inserted and removed many times. After that, there is a phenomenon of poor contact. When we use various audio-visual equipment, we will inevitably remove and plug the wire several times for various reasons such as maintenance, changing the position and changing the machine. A high-quality wire must not be inserted and removed many times. After that, there is a phenomenon of poor contact.

2. Very low transmission loss and good shielding performance. 2. Very low transmission loss and good shielding performance. The main purpose of the wire is to transmit the signal. The ultimate goal pursued is to transmit the signal in a true and complete manner without causing signal loss or distortion due to the material and structure of the wire itself. The main purpose of the wire is to transmit the signal. The ultimate goal pursued is to transmit the signal in a true and complete manner without causing signal loss or distortion due to the material and structure of the wire itself. Therefore, the impedance and capacitive reactance of the good wire itself should be well matched with the equipment, so that the signal can be transmitted 100%. Therefore, the impedance and capacitive reactance of the good wire itself should be well matched with the equipment, so that the signal can be transmitted 100%. In addition, today's society is highly developed, and daily life is highly dependent on electrical and electronic equipment. The electromagnetic radiation generated by various electrical equipment is full of our living space. If the radiation shielding effect of the wire itself is not good, These electromagnetic interference, radio frequency interference and other noises may interfere with normal audio and video signals, resulting in signal-to-noise ratio degradation, which is not the result of the user's opinion. In addition, today's society is highly developed, and daily life is highly dependent on electrical and electronic equipment. The electromagnetic radiation generated by various electrical equipment is full of our living space. If the radiation shielding effect of the wire itself is not good, These electromagnetic interference, radio frequency interference and other noises may interfere with normal audio and video signals, resulting in signal-to-noise ratio degradation, which is not the result of the user's opinion.

When we have a rough understanding of the basic requirements of the wire, and then choose the right wire according to the needs, uses and personal budget, I believe that there will be no way to deal with the amazing number of wire brands and models. When we have a rough understanding of the basic requirements of the wire, and then choose the right wire according to the needs, uses and personal budget, I believe that there will be no way to deal with the amazing number of wire brands and models. To this end, this article starts from the technical principle of fever wire, and strives to introduce different technical characteristics of various fever wires in a simple way, so that the enthusiasts can understand and have a scientific understanding and understanding of the fever wire, and hope to choose for you. It is helpful when buying and burning wire. To this end, this article starts from the technical principle of fever wire, and strives to introduce different technical characteristics of various fever wires in a simple way, so that the enthusiasts have a scientific understanding and understanding of the fever wire, and hope to buy from you. It is helpful when you have a fever wire. Since there are dozens of popular fever wire brands and hundreds of models, this article cannot be detailed. Only some representative brand lines can be selected for introduction. I believe readers can touch the analogy and integrate. . Since there are dozens of popular fever wire brands and hundreds of models, this article cannot be detailed and can only be selected from some representative brand lines. I believe readers can touch the analogy and integrate. .

Furukawa Fever Line Technical Features Furukawa is a Japanese electric manufacturing company with a history of over one hundred years. The production of the fever line is only a small branch. Furukawa Fever Line Technical Features Furukawa is a Japanese electric manufacturing company with a history of over one hundred years. The production of the fever line is only a small branch. At present, Furukawa Electric has three series of fever wires, namely PCOCC series, Î¼ conductor series and Î¼-OFC series. At present, Furukawa Electric has three series of fever wires, namely PCOCC series, Î¼ conductor series and Î¼-OFC series. Like other wire brands from Japan, Furukawa attaches great importance to the purity of the conductors and the finish of the insulation materials, as well as the wire diameter and total number of wires; not paying attention to the wire structure, emphasizing the use of high-purity conductor materials to improve the transmission performance. Like other wire brands from Japan, Furukawa attaches great importance to the purity of the conductors and the finish of the insulation materials, as well as the wire diameter and total number of wires; not paying attention to the wire structure, emphasizing the use of high-purity conductor materials to improve the transmission performance. We know that the most common type of fever wire is copper, followed by silver, and soft and special non-metallic materials such as carbon fiber are used as conductor materials. We know that the most common type of fever wire is copper, followed by silver, and soft and special non-metallic materials such as carbon fiber are used as conductor materials. Here is a general introduction to the high-purity copper, because most of the fever wires described below are used as conductor materials. Here is a general introduction to the high-purity copper, because most of the fever wires described below are used as conductor materials.

According to different smelting processing methods, high-purity copper can be subdivided into OFC oxygen-free copper, LCOFC copper, PCOCC oxygen-free single crystal copper, SuperPCOCC copper, etc.; according to its purity, there are 4N, 5N, 6N, 7N, 8N Etc., where N stands for 9 (Nine), 4N means its purity is above 99.99%, and so on. According to different smelting processing methods, high-purity copper can be subdivided into OFC oxygen-free copper, LCOFC copper, PCOCC oxygen-free single crystal copper, SuperPCOCC copper, etc.; according to its purity, there are 4N, 5N, 6N, 7N, 8N Etc., where N stands for 9 (Nine), 4N means its purity is above 99.99%, and so on. OFC is the abbreviation of Oxygen Free Copper. It is called oxygen-free copper in Chinese. This is the copper wire produced during the process of smelting copper because no oxide is added and oxidation is avoided. The purity is 99.995%. Generally speaking, This is already a very good quality wire material. OFC is the abbreviation of Oxygen Free Copper. It is called oxygen-free copper in Chinese. This is the copper wire produced during the process of smelting copper because no oxide is added and oxidation is avoided. The purity is 99.995%. Generally speaking, This is already a very good quality wire material.

LC OFC copper is a special spinning process used in manufacturing to enlarge the crystal particles of oxygen-free copper to increase the electrical conductivity. The LC OFC copper wire of 1 m length has about 20 crystals, and its purity is less than that of OFC. Copper oxide is slightly higher, but still in the range of 4N. LC OFC copper is a special spinning process used in manufacturing to enlarge the crystal particles of oxygen-free copper to increase the electrical conductivity. The LC OFC copper wire of 1 m length has about 20 crystals, and its purity is less than that of OFC. Copper oxide is slightly higher, but still in the range of 4N. However, since the LC OFC copper crystal particles are small, the electrical conductivity is better than that of OFC copper. However, since the LC OFC copper crystal particles are small, the electrical conductivity is better than that of OFC copper. Welcome to Home Theater Network

PC OCC copper is abbreviated from Pure Copper by Ohno Continuous Casting Process and refers to high purity crystalline copper refined by processing produced by OCC casting. PC OCC copper is abbreviated from Pure Copper by Ohno Continuous Casting Process and refers to high purity crystalline copper refined by processing produced by OCC casting. The casting technology researched and developed by Professor Ohno of Chiba Institute of Technology in Japan is characterized by extracting a wire from a hot-melted molten metal (such as drawing molten copper into copper wire) and rapidly cooling it through cooling water. The impurities are removed to obtain a single crystallized metal. The casting technology researched and developed by Professor Ohno of Chiba Institute of Technology in Japan is characterized by extracting a wire from a hot-melted molten metal (such as drawing molten copper into copper wire) and rapidly cooling it through cooling water. The impurities are removed to obtain a single crystallized metal. The high purity copper wire drawn by the OCC smelting method is PC OCC. The high purity copper wire drawn by the OCC smelting method is PC OCC. PC OCC is characterized by a large single copper crystal. If the copper wire diameter is below 0.3mm, the crystal length can reach 125m, and the overall copper purity is improved to 99.996%, and the conductivity is more excellent. PC OCC is characterized by a large single copper crystal. If the copper wire diameter is below 0.3mm, the crystal length can reach 125m, and the overall copper purity is improved to 99.996%, and the conductivity is more excellent. Super PCOCC improves copper purity to 6N, lower impurity content, and conductivity is of course better than PC OCC copper. Super PCOCC improves copper purity to 6N, lower impurity content, and conductivity is of course better than PC OCC copper.

Furukawa Electric's PC OCC single crystal oxygen-free copper adopts continuous hot-casting process to make copper crystals elongated and without gaps. The number of copper crystal grains in a 2m long PC OCC wire is only one, and the oxygen-containing impurities are less than five. Furukawa Electric's PC OCC single crystal oxygen-free copper adopts continuous hot-casting process to make copper crystals elongated and without gaps. The number of copper crystal grains in a 2m long PC OCC wire is only one, and the oxygen-containing impurities are less than five. The Î¼ conductor used in Furukawa is a new material with high fatigue limit obtained by compounding the wire material with PCOCC after annealing treatment. In addition to maintaining the excellent properties of the original material, it also increases tensile resistance and resistance. Physical properties that are bent and not easily damaged. The Î¼ conductor used in Furukawa is a new material with high fatigue limit obtained by compounding the wire material with PCOCC after annealing treatment. In addition to maintaining the excellent properties of the original material, it also increases tensile resistance and resistance. Physical properties that are bent and not easily damaged. The Î¼ conductor is a promising application conductor material for Furukawa Electric. The Î¼ conductor is a promising application conductor material for Furukawa Electric. In order to fully utilize the performance of audio-visual equipment, Furukawa has put forward its own concept of "full PC OCC transmission", emphasizing that PC OCC wires should be used from the power cord, the wiring between equipment, and even the wiring inside the equipment. In order to fully utilize the performance of audio-visual equipment, Furukawa has put forward its own concept of "full PC OCC transmission", emphasizing that PC OCC wires should be used from the power cord, the wiring between equipment, and even the wiring inside the equipment. Based on the concept of "full PC OCC transmission", Furukawa uses "Hyper Balance", which is a balanced signal transmission for analog signals, and unbalanced wire transmission for digital signals. On the other hand, the isolation part is completely separated from the signal transmission conductor part. For the transmission of weak analog signals, the attenuation can be reduced to a very low level), and the "static capacity equalization principle" (Evencap, that is, trying to make high, medium and low frequencies) The electrostatic capacitance values â€‹â€‹tend to be uniform, preventing low-frequency attenuation due to an increase in the low-frequency electrostatic capacitance value, thereby achieving a perfectly balanced full-range transmission characteristic) to manufacture a wide variety of series of fever wires. Based on the concept of "full PC OCC transmission", Furukawa uses "Hyper Balance", which is a balanced signal transmission for analog signals, and unbalanced wire transmission for digital signals. In addition, the isolation part is completely separated from the signal transmission conductor part. For the transmission of weak analog signals, the attenuation can be reduced to a very low level), and the "static capacity equalization principle" (Evencap, that is, trying to make high, medium and low frequency The electrostatic capacitance values â€‹â€‹tend to be uniform, preventing low-frequency attenuation due to an increase in the low-frequency electrostatic capacitance value, thereby achieving a perfectly balanced full-range transmission characteristic) to manufacture various series of fever wires. Welcome to Home Theater Network

Hitachi Fever Wire Technology Features Hitachi's current products include the Meltrone series and Quantum series of fever wires, which are made of special top-of-the-line OFC copper wires. Hitachi Fever Wire Technology Features Hitachi's current products include the Meltrone series and Quantum series of fever wires, which are made of special top-of-the-line OFC copper wires. The so-called top-grade OFC copper refers to the escape of gas components (especially hydrogen and oxygen) which occupy tiny voids in ordinary OFC oxygen-free copper crystal grains by special processing technology, thereby improving the purity of ordinary oxygen-free copper. The so-called top-grade OFC copper refers to the escape of gas components (especially hydrogen and oxygen) which occupy tiny voids in ordinary OFC oxygen-free copper crystal grains by special processing technology, thereby improving the purity of ordinary oxygen-free copper. Since the minute voids contained in the copper crystals disappear as the gas components are discharged, this is the same as the effect obtained by reducing the LC crystal gap. Since the minute voids contained in the copper crystals disappear as the gas components are discharged, this is the same as the effect obtained by reducing the LC crystal gap. Hitachi made this top-of-the-line OFC copper produced by the quantum effect into a wire and launched a quantum series of fever wires. Hitachi made this top-of-the-line OFC copper produced by the quantum effect into a wire and launched a quantum series of fever wires. Later, Hitachi re-processed the original quantum effect-treated top OFC copper through special Melltone heat treatment, which can retain the huge crystal structure in the top OFC copper conductor on the one hand, and reduce the possibility of wire processing on the other hand. The resulting conductor is distorted and deformed. Later, Hitachi re-processed the original quantum effect-treated top OFC copper through special Melltone heat treatment, which can retain the huge crystal structure in the top OFC copper conductor on the one hand, and reduce the possibility of wire processing on the other hand. The resulting conductor is distorted and deformed. According to Hitachi, the quality of this Melltone series of fever wire is consistent even after years of use. According to Hitachi, the quality of this Melltone series of fever wire is consistent even after years of use.

Technical Features of Iron Triangle Fever Wires Audio Technica uses a special Hi-OFC copper wire material in its fever wire, which is processed from OFC oxygen-free copper due to the interior of oxygen-free copper. The crystals are arranged irregularly, thereby reducing the electrical conductivity. Technical Features of Iron Triangle Fever Wires Audio Technica uses a special Hi-OFC copper wire material in its fever wire, which is processed from OFC oxygen-free copper, due to the crystal inside the oxygen-free copper. Arranged irregularly to reduce electrical conductivity. Hi-OFC uses a special metallurgical processing method to make the crystals inside the oxygen-free copper tidy, making the electron flow more smooth, so the conductivity is greatly increased. Hi-OFC uses a special metallurgical processing method to make the crystals inside the oxygen-free copper tidy, making the electron flow more smooth, so the conductivity is greatly increased. The high-purity copper wire used in the iron triangle varies according to grade and use, and generally includes OFC, Hi-OFC and PC OCC. These three kinds of copper have grades in the performance of conductive properties, but three They are all conductive materials with excellent performance. The high-purity copper wire used in the iron triangle varies according to grade and use, and generally includes OFC, Hi-OFC and PC OCC. These three kinds of copper have grades in the performance of conductive properties, but three They are all conductive materials with excellent performance. The iron triangle is quite special in the way of using these three kinds of conductive materials. Unlike most wires, only a single conductive material is used, but a mixture of a plurality of conductive materials is used to extract the advantages of different wire materials. Get a more balanced and accurate transmission. The iron triangle is quite special in the way of using these three kinds of conductive materials. Unlike most wires, only a single conductive material is used, but a mixture of a plurality of conductive materials is used to extract the advantages of different wire materials. Get a more balanced and accurate transmission. Welcome to Home Theater Network

Such as the new DVD Link series signal line of the Iron Triangle (a total of 6 models, including AT-DV33V video color difference signal line, AT-DV38S video dedicated S terminal signal line, AT-DV66A audio dedicated 5.1 channel signal line, AT-DV95D The audio dedicated digital coaxial signal line, etc., the main line in the signal line is PCOCC, and the external braided shield line is Hi-OFC. For example, the new DVD Link series signal lines of the Iron Triangle (a total of 6 models, including AT-DV33V video color difference signal line, AT-DV38S video dedicated S terminal signal line, AT-DV66A audio dedicated 5.1 channel signal line, AT-DV95D The audio dedicated digital coaxial signal line, etc., the main line in the signal line is PCOCC, and the external braided shield line is Hi-OFC. According to the original factory, PC OCC wire is good for low frequency transmission, while Hi-OFC is good at medium and high frequency transmission. The advantage of the combination is that the signal line transmission bandwidth can reach 100MHz, which is very suitable for DVD and commercialization. DTV digital TV is used. According to the original factory, PC OCC wire is good for low frequency transmission, while Hi-OFC is good at medium and high frequency transmission. The advantage of the combination is that the signal line transmission bandwidth can reach 100MHz, which is very suitable for DVD and commercialization. DTV digital TV is used.

Monster fever wire technology features Monster's wire from low to high price, from audio, video signal lines to speaker lines, digital lines, etc., its products can be said to be a full range, a dazzling array of products. Monster fever wire technology features Monster's wire from low to high price, from audio, video signal lines to speaker lines, digital lines, etc., its products can be said to be a full range, a dazzling array of products. Its Z series speaker cable is made by the monster combined with its own patented technology, including the exclusive patented Time Correct wire weaving technology, which can effectively eliminate the phase error during signal transmission and allow the transmission of low, medium and high frequency signals. The speed is consistent for better audio and video performance. Its Z series speaker cable is made by the monster combined with its own patented technology, including the exclusive patented Time Correct wire weaving technology, which can effectively eliminate the phase error during signal transmission and allow the transmission of low, medium and high frequency signals. The speed is consistent for better audio and video performance. Another patented Magnetic Flux Tube technology minimizes electromagnetic induction of the wire to reduce negative signal interference. Another patented Magnetic Flux Tube technology minimizes electromagnetic induction of the wire to reduce negative signal interference. PEX special insulation can effectively isolate external noise and maintain the purity of the signal, thus improving the sound quality. PEX special insulation can effectively isolate external noise and maintain the purity of the signal, thus improving the sound quality. The exclusive patented Multi Twist weave structure enhances the clarity of the sound and fully demonstrates the sound detail. The exclusive patented Multi Twist weave structure enhances the clarity of the sound and fully demonstrates the sound detail. Patented Duraflex speaker terminals are designed to prevent chemical changes and wear from long-term use to extend wire life. Patented Duraflex speaker terminals are designed to prevent chemical changes and wear from long-term use to extend wire life. These patented technologies are exclusively developed by monsters and are the key to the recognition of their products. These patented technologies are exclusively developed by monsters and are the key to the recognition of their products. Monster Z series speaker cable adheres to its unique patented wire manufacturing technology, wire structure and wire weaving method, and it is a product worthy of attention of enthusiasts with its diversified product portfolio. Monster Z series speaker cable adheres to its unique patented wire manufacturing technology, wire structure and wire weaving method, and it is a product worthy of attention of enthusiasts with its diversified product portfolio.

Line St. Fever Wire Technology Features The signal line of the American Vision (Audio Quest) company uses the Hyperlitz multi-strand Litz wire geometry to eliminate the mutual interference and skin effect between the core and the core; Made of propylene or Teflon insulation, its low capacitance can effectively prevent high frequency loss. Line St. Fever Wire Technology Features The signal line of the American Vision (Audio Quest) company uses the Hyperlitz multi-strand Litz wire geometry to eliminate the mutual interference and skin effect between the core and the core; Made of propylene or Teflon insulation, its low capacitance can effectively prevent high frequency loss. Line Digital has more than 10 digital and video signal lines. Its Video One video cable uses Teflon insulation jacket, silver-plated long-grain copper (SP-LGC) wire, silver-plated coaxial plug, and is very wide. Passband. Line Digital has more than 10 digital and video signal lines. Its Video One video cable uses Teflon insulation jacket, silver-plated long-grain copper (SP-LGC) wire, silver-plated coaxial plug, and is very wide. Passband. The Video Pro color video cable uses HCF hard-poll foam as an insulating jacket, which is a double-balanced combination of FPS solid silver wires. This structure is similar to the SP-LGC. The Video Pro color video cable uses HCF hard-poll foam as an insulating jacket, which is a double-balanced combination of FPS solid silver wires. This structure is similar to the SP-LGC. The S-Video signal line in the line S series is four times thicker than the general S-Video signal line, and the length is relatively short. The S-Video signal line in the line S series is four times thicker than the general S-Video signal line, and the length is relatively short. For example, S-1 adopts HCF insulating jacket and silver-plated long-grain copper as conductor, which is combined by symmetrical means; S-1 is composed of two 75-ohm cables, one of which is used to transmit luminance signal and the other is transmitted color. Degree signal, each cable is symmetrical design, in addition to the metal foil and braided shield mesh layer, and another SP-LGC copper wire is completely grounded with the same core wire. For example, S-1 adopts HCF insulating jacket and silver-plated long-grain copper as conductor, which is combined by symmetrical means; S-1 is composed of two 75-ohm cables, one of which is used to transmit luminance signal and the other is transmitted color. Degree signal, each cable is symmetrical design, in addition to the metal foil and braided shield mesh layer, and another SP-LGC copper wire is completely grounded with the same core wire. The line AC-12 AC power cord is the only power cord on the market that uses the Hyperlitz structure. The core is made of OFHC oxygen-free high-conductivity copper, UL PVC insulated jacket, and iron powder core RF filter. The line AC-12 AC power cord is the only power cord on the market that uses the Hyperlitz structure. The core is made of OFHC oxygen-free high-conductivity copper, UL PVC insulated jacket, and iron powder core RF filter. Line St. Hyperlitz series speaker cable adopts Hyperlitz line technology, which not only maintains the low skin effect of Litz wire, but also has better ability to eliminate multi-core distortion than Litz wire, so the music signal transmission is accurate. Beautiful tone. Line St. Hyperlitz series speaker cable adopts Hyperlitz line technology, which not only maintains the low skin effect of Litz wire, but also has better ability to eliminate multi-core distortion than Litz wire, so the music signal transmission is accurate, tone beautiful.

Features of the highest fever wire technology The United States to the high (XLO) company is a well-known fever wire manufacturer, has launched nearly 10 different series of fever lines. Features of the highest fever wire technology The United States to the high (XLO) company is a well-known fever wire manufacturer, has launched nearly 10 different series of fever lines. The main products in the Pro Pro series are audio signal lines, speaker cables, and AC power cables. The conductor material used for the wires is 4N OFHC copper (Oxygen Free High Conductivity Copper), and the insulating material is made of a polyene compound. Lord, such as Dupont, Surlyn, Elvax compounds. The main products in the Pro Pro series are audio signal lines, speaker cables, and AC power cables. The conductor material used for the wires is 4N OFHC copper (Oxygen Free High Conductivity Copper), and the insulating material is made of a polyene compound. Lord, such as Dupont, Surlyn, Elvax compounds. The High Reference Reference series wire has the characteristics of low capacitance and low inductance. The wire material is made of 4N high purity copper or 6N PLGC copper (Pure Laboratory Grade Copper), and the insulating material is Teflon Teflon material produced by DuPont, USA. Fluoroethylene), and the use of the two patented line technology, the wire structure is designed according to the highest patented optimal shielding geometry. The High Reference Reference series wire has the characteristics of low capacitance and low inductance. The wire material is made of 4N high purity copper or 6N PLGC copper (Pure Laboratory Grade Copper), and the insulating material is Teflon Teflon material produced by DuPont, USA. Fluoroethylene), and the use of the two patented line technology, the wire structure is designed according to the highest patented optimal shielding geometry. The Supreme Standard series wire adopts special OFHC copper wire, DuPont Teflon insulation jacket, the plug adopts the "minimum self-inductance" non-magnetic design to overcome the hysteresis phenomenon, which can ensure the unimpeded transmission signal. The Supreme Standard series wire adopts special OFHC copper wire, DuPont Teflon insulation jacket, the plug adopts the "minimum self-inductance" non-magnetic design to overcome the hysteresis phenomenon, which can ensure the unimpeded transmission signal. One of the T-0.2 balanced signal lines is made by the "common mode suppression" coherent balance circuit transmission principle. It has no shielding design and is used in various noise, electromagnetic interference and radio frequency interference situations. The performance is still reliable. One of the T-0.2 balanced signal lines is made by the "common mode suppression" coherent balance circuit transmission principle. It has no shielding design and is used in various noise, electromagnetic interference and radio frequency interference situations. The performance is still reliable. The highest-level Signature signature series of fever lines are all designed by the manufacturer's uniquely designed geometric arrangement winding method, which can eliminate any noise interference and sound dyeing. The cores are all made of high-purity copper, Teflon insulation jacket, high-grade gold-plated non-magnetic low. Inductor plug. The highest-level Signature signature series of fever lines are all designed by the manufacturer's uniquely designed geometric arrangement winding method, which can eliminate any noise interference and sound dyeing. The cores are all made of high-purity copper, Teflon insulation jacket, high-grade gold-plated non-magnetic low. Inductor plug. Welcome to Home Theater Network

The bat fever line technology features the American bat (Vampire) fever line with high quality and low price. The bat fever line technology features the American bat (Vampire) fever line with high quality and low price. All bat signal cable jackets are extruded at 105 degrees Celsius. The SC 2 Twin Axial signal line uses two sets of center conductors, each consisting of more than 60 silver-plated oxygen-free copper. A low-capacitance and uniform inductance polyethylene foam insulation jacket; the signal cable has two layers of shielding, a layer of braided copper mesh, plus a layer of conductive PVC, with coaxial and balanced plugs to choose from. All bat signal cable jackets are extruded at 105 degrees Celsius. The SC 2 Twin Axial signal line uses two sets of center conductors, each consisting of more than 60 silver-plated oxygen-free copper. A low-capacitance and uniform inductance polyethylene foam insulation jacket; the signal cable has two layers of shielding, a layer of braided copper mesh, plus a layer of conductive PVC, with coaxial and balanced plugs to choose from. The SL Twin Axial Pure Silver signal cable uses two sets of brushed silver conductors. Each set of pure silver conductors consists of 7 silver wires, insulated with polyethylene, and filled with special fibers for controlling the capacitance. Copper foil and silver copper are used. Double braided mesh screen with coaxial and balanced plugs. The SL Twin Axial Pure Silver signal cable uses two sets of brushed silver conductors. Each set of pure silver conductors consists of 7 silver wires, insulated with polyethylene, and filled with special fibers for controlling the capacitance. Copper foil and silver copper are used. Double braided mesh screen with coaxial and balanced plugs. Bat Company introduced the Hybrid OFS-Clad OFC series speaker cable with the latest line technology. The center wire is twisted with half of the OFC copper wire and half of the silver plated OFC copper wire. The sound performance is balanced and the details are reproduced. The early silver-plated wire was too shiny and hard. Bat Company introduced the Hybrid OFS-Clad OFC series speaker cable with the latest line technology. The center wire is twisted with half of the OFC copper wire and half of the silver plated OFC copper wire. The sound performance is balanced and the details are reproduced. The early silver-plated wire was too shiny and hard. Welcome to Home Theater Network

Supreme Fever Wire Technology Features The Magne Turbo wire is made from copper smelted from Australian copper mines and is refined from finely refined single crystal copper. It is also licensed by the US HNS Laboratory Technology. The "magnetic field boosting" technology was completed. Supreme Fever Wire Technology Features The Magne Turbo wire is made from copper smelted from Australian copper mines and is refined from finely refined single crystal copper. It is also licensed by the US HNS Laboratory Technology. The "magnetic field boosting" technology was completed. According to the original data, HNS Lab is a private high-tech enterprise in the United States, providing new concepts and high-tech laboratory. According to the original data, HNS Lab is a private high-tech enterprise in the United States, providing new concepts and high-tech laboratory. As for the technical details of "magnetic field boosting", manufacturers are secret, but emphasize that this technology can make people find differences in hearing. As for the technical details of "magnetic field boosting", manufacturers are secret, but emphasize that this technology can make people find differences in hearing. According to the data of Magne Turbo, the most common and cheapest signal line is tested with a special instrument at the same time as the expensive fever signal line. It is found that the frequency characteristics are in the audible range except for the differences in resistance, capacitance and inductance. There is no difference in it. It is only when there is more than 200KHz. According to the data of Magne Turbo, the most common and cheapest signal line is tested with a special instrument at the same time as the expensive fever signal line. It is found that the frequency characteristics are in the audible range except for the differences in resistance, capacitance and inductance. There is no difference in it. It is only when there is more than 200KHz. Although this is beyond the audible range of human hearing, the difference in sound quality is very audible, that is, the performance of the wire has other factors affecting the sound in addition to the electrical specifications affecting the matching of the circuit. Although this is beyond the audible range of human hearing, the difference in sound quality is very audible, that is, the performance of the wire has other factors affecting the sound in addition to the electrical specifications affecting the matching of the circuit. When transmitting electrical signals, the wires are physically the result of electrons moving and colliding in the conductor. These electron motions are affected by many quantum mechanical factors, and the magnetic field boosting technique is to improve the conductor from the perspective of quantum mechanics. Conductivity improves signal transmission. When transmitting electrical signals, the wires are physically the result of electrons moving and colliding in the conductor. These electron motions are affected by many quantum mechanical factors, and the magnetic field boosting technique is to improve the conductor from the perspective of quantum mechanics. Conductivity improves signal transmission.

Feipu fever wire technology features from Germany's Fadel Art Products (FAP) produced by the fever wire are handmade, and the fly spectrum wire will be placed somewhere in the online body has a mysterious black box (specific The technical principle of flying spectrum is not passed on, only know the function is similar to the filter), its sound is pure, the rhythm is ups and downs. Feipu fever wire technology features from Germany's Fadel Art Products (FAP) produced by the fever wire are handmade, and the fly spectrum wire will be placed somewhere in the online body has a mysterious black box (specific The technical principle of flying spectrum is not passed on, only know the function is similar to the filter), its sound is pure, the rhythm is ups and downs. The flying spectrum signal line, such as the IC-20S, is designed with a completely symmetrical body structure, with three sets of frequency speed correctors, Teflon insulation jacket, and five fully separated single-core silver-plated copper wire stranded composite wires.é£žè°±ä¿¡å·çº¿å¦‚IC-20Sé‡‡ç”¨å®Œå…¨å¯¹ç§°çº¿èº«ç»“æž„è®¾è®¡ï¼Œå¸¦æœ‰3ç»„é¢‘çŽ‡é€Ÿåº¦ä¿®æ£å™¨ï¼Œç‰¹å¯Œé¾™ç»ç¼˜å¤–å¥—ï¼Œä»¥5æ”¯å®Œå…¨åˆ†ç¦»çš„å•èŠ¯é•€é“¶é“œçº¿ç»žåˆæˆå¯¼çº¿ã€‚éŸ³ç®±çº¿å¦‚The Stream lineæŽ¡ç”¨æŽå…¹å·çº¿æ–¹å¼å°†çº¯é“¶å’Œæ— æ°§é“œå¯¼ä½“ç»„æˆåˆ†åˆ«ç‹¬ç«‹çš„6ç»„å¯¼çº¿ï¼Œå¸¦æœ‰çš„3ç»„ä¿®æ£å™¨èƒ½åˆ†åˆ«ä¿®æ£å¯¼çº¿çš„é˜»æŠ—ç‰¹æ€§ã€ç›¸ä½åŠå»¶æ—¶ï¼Œç”¨ç©ºæ°”ç»ç¼˜æ–¹å¼æ¥é¿å…ä¿¡å·çš„å£°æŸ“è‰²å’Œå…¶ä»–å¤±çœŸã€‚éŸ³ç®±çº¿å¦‚The Stream lineé‡‡ç”¨æŽå…¹å·çº¿æ–¹å¼å°†çº¯é“¶å’Œæ— æ°§é“œå¯¼ä½“ç»„æˆåˆ†åˆ«ç‹¬ç«‹çš„6ç»„å¯¼çº¿ï¼Œå¸¦æœ‰çš„3ç»„ä¿®æ£å™¨èƒ½åˆ†åˆ«ä¿®æ£å¯¼çº¿çš„é˜»æŠ—ç‰¹æ€§ã€ç›¸ä½åŠå»¶æ—¶ï¼Œç”¨ç©ºæ°”ç»ç¼˜æ–¹å¼æ¥é¿å…ä¿¡å·çš„å£°æŸ“è‰²å’Œå…¶ä»–å¤±çœŸã€‚æ®é£žè°±èµ„æ–™ä»‹ç»ï¼Œæ‰€ä½¿ç”¨çš„é»‘ç›’ååž‹å·æœ‰MB-10ã€MB-10BWã€SB-10ï¼Œè¿™ç§ç‰¹æ®Šçš„é»‘ç›’åèƒ½å¤Ÿä¿®æ£å¯¼çº¿ä¼ è¾“ä¿¡å·çš„ç›¸ä½è¯¯å·®ï¼Œä¿®æ£å¯¼çº¿çš„é˜»æŠ—ç‰¹æ€§å’Œç¾¤å»¶æ—¶ï¼ˆä»…å¯¹MB-10BWè€Œè¨€ï¼‰ï¼Œä»Žè€Œå†çŽ°æ£ç¡®çš„éŸ³åœºåŠå¼ºåŠ²æœ‰åŠ›çš„ä½Žé¢‘ã€‚æ®é£žè°±èµ„æ–™ä»‹ç»ï¼Œæ‰€ä½¿ç”¨çš„é»‘ç›’ååž‹å·æœ‰MB-10ã€MB-10BWã€SB-10ï¼Œè¿™ç§ç‰¹æ®Šçš„é»‘ç›’åèƒ½å¤Ÿä¿®æ£å¯¼çº¿ä¼ è¾“ä¿¡å·çš„ç›¸ä½è¯¯å·®ï¼Œä¿®æ£å¯¼çº¿çš„é˜»æŠ—ç‰¹æ€§å’Œç¾¤å»¶æ—¶ï¼ˆä»…å¯¹MB-10BWè€Œè¨€ï¼‰ï¼Œä»Žè€Œå†çŽ°æ£ç¡®çš„éŸ³åœºåŠå¼ºåŠ²æœ‰åŠ›çš„ä½Žé¢‘ã€‚å®¶åºå½±é™¢ç½‘æ¬¢è¿Žæ‚¨

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High definition Led Display refers to the screen with pixel density above p2.5, which can display clearer content at a closer distance. It is widely used in some high-end meetings, monitoring facilities, airport signs and other places.

The high-definition display screen has higher technical requirements.

1. Packaging technology. Because more lamps are arranged in limited space, the requirements for lamp beads are higher and higher, and the lamp beads are smaller and smaller. Now there are 21211515.1010.0909, etc. on the market. In order to achieve a more stable effect, the new packaging process cob packaging, directly packaging three chips into PCB, so as to achieve the purpose of more intensive lamp beads and clearer picture, the biggest advantage of this process is stability.

2. Patch technology: small lamp beads shall be welded on the PCB, which requires more accurate placement machine and solder paste machine to ensure error control.

3. After the installation process and products come out, the installation workers must receive special training to ensure the levelness and damage in the installation process.

Features of LED high clear screen:

1. As the name implies, high-definition display screen is in the same space, with high resolution and easy to reach 4K resolution. Vision display company currently has p0.9, p1.25, p1.56, p1.667, p1.875, p1.98, etc.

2. In order to ensure the flatness of the screen body, die-casting aluminum box is widely used. In this way, in addition to ensuring the levelness, there is no need for fans, and the heat dissipation is guaranteed.

3. The Vision display company has launched a single high-definition LED display, which is ultra light and ultra-thin and can be used for home theater, TV broadcast, etc.

4. Compared with the traditional monitoring monitor, LCD screen is used more, but the inherent defects such as stitching and low brightness can not be improved. The small high-definition spacing just makes up for these shortcomings, so it is widely used in the monitoring field.

  5. Vision display has done a lot of investment and research and development in HD. In addition to the general HD display, there are dual data and dual power HD displays. When one power supply or signal has problems, the other signal or power supply is automatically connected to work. It effectively guarantees the use of high-end meetings or places where no mistakes can occur.

HD LED Display
Full Hd Monitor,Hd Led Display,Digital Led Display,Hd Digital Led Display
Shenzhen Vision Display Technology Co,.LTD , https://www.ledvdi.com