Nordost Vidar2煲線機
Nordost Vidar2煲線機
新一代的Vidar 2煲線機,全新機種功能更為實用,為因應越來越盛行的高檔數位流線材需求,此代多了「數位區域」;其中包含USB、乙太網路、同軸(BNC)等線材端子,並和類比線材區域分離,分別提供最適合的訊號優化線材,讓數位、類比線材都能達到最佳狀態。
另外,Vidar 2也增加了煲線訊號的頻寬,對於老舊線材採用不同的頻率、不同頻寬的複雜訊號加以優化其傳輸品質,使線材能恢復應有的開闊音場效果以及更飽滿的聲音質感。最後Vidar 2也能自行設定煲線時間,每個區域可各別顯示倒數和暫停的狀態,使用起來也更加人性化。
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新一代的Vidar 2煲線機,全新機種功能更為實用,為因應越來越盛行的高檔數位流線材需求,此代多了「數位區域」;其中包含USB、乙太網路、同軸(BNC)等線材端子,並和類比線材區域分離,分別提供最適合的訊號優化線材,讓數位、類比線材都能達到最佳狀態。
另外,Vidar 2也增加了煲線訊號的頻寬,對於老舊線材採用不同的頻率、不同頻寬的複雜訊號加以優化其傳輸品質,使線材能恢復應有的開闊音場效果以及更飽滿的聲音質感。最後Vidar 2也能自行設定煲線時間,每個區域可各別顯示倒數和暫停的狀態,使用起來也更加人性化。
產品說明
功能強大的專業選擇: Nordost Vidar 2線材熟化機
Nordost推出新一代線材熟化機,也就是所謂煲線機,Vidar 2是一部專業的熟化設備,能夠產生綜合性且複雜的電流訊號,可以利用不同頻率與頻寬的訊號讓線材迅速進入最佳狀況,也能在線材使用一段時間後利用其保養重新恢復性能。善用Vidar 2能提供更全面專業,一絲不苟的發燒態度。
原廠列出使用Vidar 2的原因包含,新線材容易發現高電荷,且隨著時間多於的電荷會積聚在導體表面,線材自然老化有限制,且需要很長時間。音樂訊號所使用的頻率有限,CD唱片同樣有頻率限制,頻寬有限,而且必須在整套系統下運作。
使用Vidar 2在物理上有諸多幫助,能夠中和導體與絕緣層上的電荷,提供的頻寬與頻率訊號能貫穿整個導體,影響訊號通過導體的方向與方式。音樂聆聽上則能帶來更飽滿、自然的聲音,增加音樂中的細節,在音場的立體感上得到更深、更廣、更高的改善。
如果您有第一代Vidar可能會更好奇Vidar 2的不同,新的Vidar 2在許多功能上有更好的應用,能在更大的頻寬上提供更複雜的訊號,增強線材的方向性,增加1組數位專用熟化區成為4組,能用於USB、網路線與同軸BNC線材。可預設時間與針對每個熟化區域的優化設定,可自訂義熟手選單,具有顯示器。4組熟化區分別對應類比連接線材、唱臂線、數位線、喇叭線。Nordost Vidar 2線材熟化機特點:
Nordost推出新一代線材熟化機,也就是所謂煲線機,Vidar 2是一部專業的熟化設備,能夠產生綜合性且複雜的電流訊號,可以利用不同頻率與頻寬的訊號讓線材迅速進入最佳狀況,也能在線材使用一段時間後利用其保養重新恢復性能。善用Vidar 2能提供更全面專業,一絲不苟的發燒態度。
原廠列出使用Vidar 2的原因包含,新線材容易發現高電荷,且隨著時間多於的電荷會積聚在導體表面,線材自然老化有限制,且需要很長時間。音樂訊號所使用的頻率有限,CD唱片同樣有頻率限制,頻寬有限,而且必須在整套系統下運作。
使用Vidar 2在物理上有諸多幫助,能夠中和導體與絕緣層上的電荷,提供的頻寬與頻率訊號能貫穿整個導體,影響訊號通過導體的方向與方式。音樂聆聽上則能帶來更飽滿、自然的聲音,增加音樂中的細節,在音場的立體感上得到更深、更廣、更高的改善。
如果您有第一代Vidar可能會更好奇Vidar 2的不同,新的Vidar 2在許多功能上有更好的應用,能在更大的頻寬上提供更複雜的訊號,增強線材的方向性,增加1組數位專用熟化區成為4組,能用於USB、網路線與同軸BNC線材。可預設時間與針對每個熟化區域的優化設定,可自訂義熟手選單,具有顯示器。4組熟化區分別對應類比連接線材、唱臂線、數位線、喇叭線。Nordost Vidar 2線材熟化機特點:
- 線材製作過程中,絕緣層包覆導體時,可能殘留氣體,與新線材中經常出現的高電荷結合,導致聲音過脆過亮,缺少音樂的細節深度。熟化線材時,殘留氣體會散去,導體中細小雜質開始像二極管一樣起作用,有利於電流沿特定方向流動。
- 線材熟化將使系統產生更飽滿自然的聲音效果。可能還會注意到音樂中增加細節和細微差別,以及音場立體感大大提高。
- 讓音響系統中的線材自然老化需極長的播放時間。另外,正常音樂永遠不會使線材通過複雜訊號或熟化機所能提供的完整頻率。
- 新買的線材應該進行熟化,過久不使用的線材也能進行熟化。線材有時會遇到器材電流洩漏產生電荷,也能透過熟化機讓線材維持中性。
【全文輯錄自「MY-HiEND」】
A: During the manufacturing process, as insulation is extruded over the conductors, gases can become trapped. This, combined with the high electrical charges often found in new cables, can result in a brittle and bright sound that lacks the detail and depth desired for music reproduction. When cables are burned-in, the trapped gases are dissipated and small impurities in the conductors’ metal begin to act like a diode, favoring current flow in a particular direction.
Q: What changes are audible in a system when cables are properly burned-in?
A: Your system will be capable of producing a fuller and more natural sounding performance. You may also notice an increase in the detail and nuance in the music, as well as a greatly improved dimensionality in your system’s soundstage.
Q: How is using a designated burn-in machine better than using your system to naturally burn-in your cables?
A: Naturally burning-in cables within your system takes an extremely long period of constant play time. Additionally, the music that we listen to can never expose cables to the complexity of signal or the frequencies that a burn-in machine is capable of.
Q: How often should you burn-in your cables?
A: Minimally, you should burn-in your new cables when they are first purchased. However, if cables are left unused for a prolonged period of time they become stagnant and should be reconditioned accordingly. Even through everyday cable use, electrical equipment experiences current leakage, imparting a charge onto your cables. By having your cables treated with a burn-in machine, you are conditioning them and allowing the charges to neutralize once again.
- 新線材容易發現高電荷,且隨著時間多於的電荷會積聚在導體表面,線材自然老化有限制,且需要很長時間。音樂訊號所使用的頻率有限,CD唱片同樣有頻率限制,頻寬有限,而且必須在整套系統下運作。
- 過久不使用的線材也能進行熟化。線材有時會遇到器材電流洩漏產生電荷,也能透過熟化機讓線材維持中性。
- 整體而言使用Vidar 2在物理上有諸多幫助,能夠中和導體與絕緣層上的電荷,提供的頻寬與頻率訊號能貫穿整個導體,影響訊號通過導體的方向與方式。音樂聆聽上則能帶來更飽滿、自然的聲音,增加音樂中的細節,在音場的立體感上得到更深、更廣、更高的改善。
【全文輯錄自「MY-HiEND」】
原廠Q&A
Q: Why do you need to burn-in cables?
A: During the manufacturing process, as insulation is extruded over the conductors, gases can become trapped. This, combined with the high electrical charges often found in new cables, can result in a brittle and bright sound that lacks the detail and depth desired for music reproduction. When cables are burned-in, the trapped gases are dissipated and small impurities in the conductors’ metal begin to act like a diode, favoring current flow in a particular direction.
Q: What changes are audible in a system when cables are properly burned-in?
A: Your system will be capable of producing a fuller and more natural sounding performance. You may also notice an increase in the detail and nuance in the music, as well as a greatly improved dimensionality in your system’s soundstage.
Q: How is using a designated burn-in machine better than using your system to naturally burn-in your cables?
A: Naturally burning-in cables within your system takes an extremely long period of constant play time. Additionally, the music that we listen to can never expose cables to the complexity of signal or the frequencies that a burn-in machine is capable of.
Q: How often should you burn-in your cables?
A: Minimally, you should burn-in your new cables when they are first purchased. However, if cables are left unused for a prolonged period of time they become stagnant and should be reconditioned accordingly. Even through everyday cable use, electrical equipment experiences current leakage, imparting a charge onto your cables. By having your cables treated with a burn-in machine, you are conditioning them and allowing the charges to neutralize once again.
A: During the manufacturing process, as insulation is extruded over the conductors, gases can become trapped. This, combined with the high electrical charges often found in new cables, can result in a brittle and bright sound that lacks the detail and depth desired for music reproduction. When cables are burned-in, the trapped gases are dissipated and small impurities in the conductors’ metal begin to act like a diode, favoring current flow in a particular direction.
Q: What changes are audible in a system when cables are properly burned-in?
A: Your system will be capable of producing a fuller and more natural sounding performance. You may also notice an increase in the detail and nuance in the music, as well as a greatly improved dimensionality in your system’s soundstage.
Q: How is using a designated burn-in machine better than using your system to naturally burn-in your cables?
A: Naturally burning-in cables within your system takes an extremely long period of constant play time. Additionally, the music that we listen to can never expose cables to the complexity of signal or the frequencies that a burn-in machine is capable of.
Q: How often should you burn-in your cables?
A: Minimally, you should burn-in your new cables when they are first purchased. However, if cables are left unused for a prolonged period of time they become stagnant and should be reconditioned accordingly. Even through everyday cable use, electrical equipment experiences current leakage, imparting a charge onto your cables. By having your cables treated with a burn-in machine, you are conditioning them and allowing the charges to neutralize once again.
原廠列出使用Vidar 2的原因
- 新線材容易發現高電荷,且隨著時間多於的電荷會積聚在導體表面,線材自然老化有限制,且需要很長時間。音樂訊號所使用的頻率有限,CD唱片同樣有頻率限制,頻寬有限,而且必須在整套系統下運作。
- 過久不使用的線材也能進行熟化。線材有時會遇到器材電流洩漏產生電荷,也能透過熟化機讓線材維持中性。
- 整體而言使用Vidar 2在物理上有諸多幫助,能夠中和導體與絕緣層上的電荷,提供的頻寬與頻率訊號能貫穿整個導體,影響訊號通過導體的方向與方式。音樂聆聽上則能帶來更飽滿、自然的聲音,增加音樂中的細節,在音場的立體感上得到更深、更廣、更高的改善。
【全文輯錄自「MY-HiEND」】