美國蛇皇 Shunyata Research 信號線,喇叭線

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Give Your Loudspeakers What They Need to Truly Open and Breathe: Shunyata Delta Speaker Cables Eliminate Need for Time-Consuming Burn-In, Offer Incredible Coherency and Resolution
Let your loudspeakers breathe and open up new vistas of sound with Shunyata's price-to-performance-leading Delta speaker cables. Continuing the company's relentless quest to find and implement cutting-edge, science-based technology in the name of great audio, Delta speaker cables benefit from Shunyata's Kinetic Phase Inversion Process (KPIP) – a groundbreaking conditioning process that not only eliminates the need for time-consuming burn-in on your end but elevates the overall fidelity of your system. Building on the construction of Shunyata's Venom Series, Delta speaker cables feature OFE copper conductors, advanced fluorocarbon dielectrics, sonic welding that mitigates junction points, and STIS terminals. Its shielded, eight-gauge twisted pair architecture gives Delta a further leg up on the competition. You will experience more detail, harmonic depth, and dynamic subtlety when listening to music with Delta speaker cables in your setup. And you won't have to wait hours and hours for it to happen. The USA-made Delta are ready to go out of the box.

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Designer Caelin Gabriel explains the development of Shunyata’s interchangeable terminal system for speaker cables (STIS). The STIS connection system eliminates the need for re-termination and offers a wide variety of connection alternatives that perform without compromise.

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Patented Science, Proven Technology, and Unassailable Construction Lead to Reference Sound: Your Ears Will Tell You Everything You Need to Know About Shunyata Alpha Speaker Cables
The reasons behind the revelatory, reference-grade performance of Shunyata's Alpha speaker cables owe to a striking combination of engineering, technology, and construction that begins with patented science. Specifically, second-generation Zitron technology that measurably lowers dielectric distortion while preserving the integrity of the original audio signal. But it alone isn't solely responsible for allowing Alpha to clearly pass the full measure of your power amplifier to your loudspeakers. Alpha also touts Shunyata's Kinetic Phase Inversion Process (KPIP) – a groundbreaking conditioning method that not only eliminates the need for time-consuming burn-in but elevates the overall fidelity of your system. That's correct: Alpha speaker cables don't require any time to sound their best. They are ready to go out of the box thanks to KPIP. Of course, Shunyata wouldn't put its name on any audio product that wasn't built to nth degree, and the USA-made Alpha cables are no exception.

roytam662

您好, 請問如果放落訊源, 應該用邊個級別會夾d?

roytam662

roytam662 發表於 2019-3-21 14:24
您好, 請問如果放落訊源, 應該用邊個級別會夾d?

唔好意思, 其實係想問電源線

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PM SENT

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不論在什麼價錢範圍裏, 蛇皇Sigma系列喇叭線在設計及物料上都比其他牌子優勝.  創新的技術應用,客觀的量度及實際的聆聽測試.  令Sigma 比起很多其他牌子在聲音上更美麗, 更傳神.   


HARP技術是Mr. Gabriel通過對喇叭線中出現的“電流漂移”和音頻電流諧振的研究而發現的。理論上，喇叭線可以在音頻帶中產生電流諧振，大致類似於室內聲學中的駐波（模態）。 HARP糸統用作電流模式衍射裝置，其功能會打破這些共振，改善系統的感知分辨率和一致性。


ArNi®是Shunyata Research設計的一種電線，是傳輸訊號中最好的計.  它是最高純度的銅 -  OFE C10100或Ohno（單結晶）。然後它在虛擬空心管中形成，消除了集膚效應和磁波影響聲音變形。還原聲音本質.  這是其他線材無的.

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Shunyata Research cable designs are based upon several simple design principles.The first and seemingly obvious principle is to ‘preserve and protect the signal’ – or simply, do no harm. Once the signal has been altered even subtly, it cannot be reconstructed. Cables in your audio system represent the longest path that a signal travels from source to destination. All cables degrade the signal to one degree or another, so care must be taken to preserve the original signal. For example, cables act as simple filters with a capacitive and inductive reactance; however, there are several more subtle forms of distortion that affect the signal, including: dielectric absorption; skin effects; current resonance; and electromagnetic polarization distortion. Taken together, these micro-distortions represent a significant loss of fidelity in sound.


The second principle is critical to the first: power and signal cable systems are surrounded by a sea of high-frequency RFI and EMI interference including radio, television, microwave, cell phones and wifi sources that can damage the signal. One of the primary, but often overlooked contributors to noise and interference are the electronic components themselves. This is a concept we call CCI™ (Component-to-Component Interference). Noise generated by a component’s power supply and internal circuits may travel through the power lines via the power cords; or it may radiate between the power cords and interconnects. Shunyata Research cables are designed using specific technologies that will protect the delicate music signal from both conducted and radiated interference.

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A CONVERGENCE OF SCIENCE AND ART
Sigma Series cables showcase technological innovation and design execution that simply does not exist elsewhere — at any price. Sigma Series cables combine meaningful parts innovations with objective measurement and an artisan’s eye for construction quality. Unlike many cost-no-object cable products that have little in the way of discernible science, Sigma Series products incorporate an array of definable technologies that sets the standard for quality and performance in the cable industry .

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Shunyata Research Delta NR demonstration

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訊號線是處理傳輸系統裏的最低電平訊號。與數碼線中的高速傳訊和電源線或喇叭線傳輸的電流量不同，訊號線的準則必須是精確而簡單無誤為目的，必須還原音源的原整性。由於會受到高水平的RFI，EMI和零件的輻射噪音影響，訊號線設計必需考慮到與外間的隔離。要做好一些眼看不到但影響性同樣重要的干擾隔離如:內部產生的微變形,集膚效應和介電吸收，這是所有訊號線導體裏固有的.

Shunyata Research 科學家, 設計師兼老闆Mr. Caelin Gabriel是研究訊號傳輸和低電平訊號領域公認的專家，他開發了專門的金屬處理技術，導體幾何結構和專利技術，能解決干擾對訊號線產生的包拄外與內部的失真。這些技術始於Ohno 最優質的單結晶純銅，用於所有Shunyata Research訊號線裏。然後將Ohno純銅纏繞成空心導體，​​Shunyata將其稱為VTX™。 VTX™導體大大地減少集膚效應。在Delta訊號線中，導體體積較大並包含最好的碳氟化合物(fluorocarbon)電介質以提高抗氧效能，並且首次使用KPIP™ 技術預先處理，令聲音流暢自然。而頂級Sigma和Alpha訊號線，更加入了Shunyata最先進的專利和技術，如ΞTRON®和TAP，進一步提升真實度並顯著提高分析力。

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PROVEN PERFORMANCE: AFFORDABLY PRICED
The Venom Series design imperative: “Produce products with reference grade materials that transcends their affordable price points”. Based on countless reviews, media-awards and ten years of overwhelming commercial success, the Venom Series cables have succeeded in delivering a level of performance that exceeds that of cabling systems that cost three to four times their modest price.


Creating an entire series of products that has achieved this level of success is no mean feat. It requires a massive investment in conductor quality, custom-designed parts and a fanatical attention to the fundamentals of signal and power transfer science. The performance and craftsmanship of the Venom Series cables is peerless regardless of price and yet they are affordable enough to suit any budget.

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Shunyata Research Sigma Signal Cables
Fabulous!

by Kirk Midtskog   The Absolute Sound

https://www.theabsolutesound.com ... igma-signal-cables/

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Sigma Series cables showcase technological innovation and design execution that simply does not exist elsewhere — at any price. Sigma Series cables combine meaningful parts innovations with objective measurement and an artisan’s eye for construction quality. Unlike many cost-no-object cable products that have little in the way of discernible science, Sigma Series products incorporate an array of definable technologies that sets the standard for quality and performance in the cable industry.

Technological Innovation
As the performance vanguard in the Shunyata Research’s cable line-up; Sigma Series cables take the term ‘state-of-the-art’ to an entirely new level with the introduction of two new cutting-edge technologies. The first, integrated in the Sigma Series interconnects and digital cables, is the ‘Transverse Axial Polarizer’ (TAP). It minimizes a form of ‘micro-distortion’ identified as ‘electromagnetic polarization’ that reduces ‘sonic glare’ while increasing clarity and coherency. The second technology incorporates a proprietary device called HARP that reduces current resonances within speaker cables — a concept that is sonically analogous to the use of diffusion panels to treat frequency irregularities in room acoustics.

Sigma Speaker Cable
Shunyata Research’s Sigma Series is quite simply our highest performing speaker cable. Exclusive HARP technology reduces current resonances with the cable. KPIPTM eliminates burn-in issues.

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http://www.theaudiobeat.com/equipment/shunyata_research_sigma.htm

It has been six years since Shunyata unveiled its Zi-Tron lines, and a lot has been going on in company founder Caelin Gabriel’s Poulsbo, Washington, laboratory. In addition to incorporating innovations from its power products, several brand-new patent-pending technologies have been added to the latest flagship -- the Sigma Series cables.

Each Sigma analog interconnect and digital cable sports a Transverse Axial Polarizer (TAP), which looks a bit like the barrel of a ray gun. A gold-plated copper honeycomb disc is encased in a glass tube positioned on each cable near the upstream connection. According to Shunyata, the patent-pending TAP device modifies the electromagnetic wave field that surrounds a signal cable. Gabriel compares the TAP’s sonic effect to how a good pair of polarized sunglasses alters sunlight; by correcting wave polarization, the TAP reduces what might best be described as sonic glare by altering the angle of the electromagnetic and inductive interaction with the signal.

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The internationally patented ΞTRON® technology is perhaps the most compelling of Shunyata Research’s technologies, with its ability to measurably lower dielectric distortion and preserve the original signal’s integrity. ΞTRON® cables have earned a legendary reputation among reviewers, customers and sound professionals for their ability to eclipse the performance of even the most cost prohibitive cables on the market. Caelin Gabriel’s research has evolved a second generation ΞTRON® technology that is making its debut in the Alpha Series interconnects and speaker cables. The Alpha Series’ combination of ΞTRON® technology, Ohno Copper, VTX™ hollow-core conductors, sonic welding terminations, and KPIP™ (Kinetic Phase Inversion Process) simply overwhelms competing products in performance, parts quality, and construction.

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VENOM Series signal and speaker cables represent fifteen years of Shunyata Research’s evolved technical innovation and custom-parts engineering. The over-reaching goal was to create products that possess peerless quality and performance, at real-world prices. You’ll find that the finest in signal cable performance need not cost a fortune.

– OFE 101 Certified Copper
– VTX™ Conductors (hollow-core)
– 100% coverage electro-static shielding
– Stunning Aesthetic
– Very Flexible Cables
– Incredible Value

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Shunyata Delta speaker cable

Give Your Loudspeakers What They Need to Truly Open and Breathe: Shunyata Delta Speaker Cables Eliminate Need for Time-Consuming Burn-In, Offer Incredible Coherency and Resolution

Let your loudspeakers breathe and open up new vistas of sound with Shunyata's price-to-performance-leading Delta speaker cables. Continuing the company's relentless quest to find and implement cutting-edge, science-based technology in the name of great audio, Delta speaker cables benefit from Shunyata's Kinetic Phase Inversion Process (KPIP) – a groundbreaking conditioning process that not only eliminates the need for time-consuming burn-in on your end but elevates the overall fidelity of your system. Building on the construction of Shunyata's Venom Series, Delta speaker cables feature OFE copper conductors, advanced fluorocarbon dielectrics, sonic welding that mitigates junction points, and STIS terminals. Its shielded, eight-gauge twisted pair architecture gives Delta a further leg up on the competition. You will experience more detail, harmonic depth, and dynamic subtlety when listening to music with Delta speaker cables in your setup.

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DIGITAL CABLES

While the characteristic impedance is a critical factor in the optimal performance of digital cables, our research also indicates that the precision with which a digital cable is constructed has a significant impact on its performance. Shunyata Research digital cables are produced using a Precision Matched Z concept. This dictates that tolerances of the conductor surface, dielectric extrusion, and the precision of the braided shield are held to smaller variances. To achieve these tight tolerances, the extrusion and braiding machines must be run at one-quarter speed during the manufacturing process. The result is better performance through a reduction of cable-induced ‘signal jitter’.

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