REAL ATOMIC TECHNOLOGY
Isochrone 10M Was Specifically Designed By Antelope Audio To Reach The Most Demanding Audiophiles And Audio Professionals.
最高のパフォーマンスを得るためのスタジオを設計したいのであれば、現在数多く使用されているクォーツ・オシレーターよりも 100,000 倍正確なクロッキング・リファレンスを導入しましょう。
特徴
ルビジウムコア
0.03 ppb(十億分率)の精度と持つスイス製ルビジウムコア。
接続するだけで楽しめる
Antelope Audio の全製品同様、接続し電源をONにするだけです。
BNC 出力
10 MHz の出力が 8つ
原子オシレーター
1000年に1秒の安定性を持つ超高精度の原子オシレーター
デュアル電源
自動切換えデュアル余剰電源
親しみ易いOCXとOCX-V
10MはOCX、OCX-V、Trinityとあらゆる10 MHz対応デバイスに最適な付属品である。
解説
RUBIDIUM ATOMIC REFERENCE GENERATOR
オーディオ品質の妥協を許さない人には、実際の原子技術に基づくルビジウムアトミックリファレンスジェネレータである Isochrone 10M があります。 10M は、オーディオファンやオーディオ専門家用に特別に設計されています。
アナログ的な音に到達する最高のツール
ルビジウムアトミッククロックは OCX は OCX-V 等の Isochrone の最高のパートナーとなります
Isochrone 10M に、これらのデバイスを接続すると、オーブンベースの水晶から上級の Rubidium Core に自動的に切り替わります。Isochrone 10M はアナログサウンドを実現する究極のツールです。専門家は、おそらく 10M が今までに作られた「最高の響きをするクロック」であることに同意しるでしょう。
丈夫な機械的構造
あらゆる環境に適応
アトミッククロックは非常に頑丈な機械構造をしており、機械的衝撃に強く耐性があります。Antelope の製品は使いやすく、接続して電源を入れるだけです。ステータスライトが一目でわかり、読みやすい周波数表示にすべての情報が目立つように表示されます。
“… My mixes came to life and my low end was punchy and round while my top end had sizzle but not knife stabbing in the ear.”
Rober Dugan Robert has been interested in audio from a very young age and decided to pursue a degree in Audio Engineering. He graduated from SAE Institute of Technology with an outstanding 4.0 GPA. Immediately following, he went on tour all over the world as a Tour Manager, Production Manager, Front of House Engineer, and Monitor engineer working with Grammy winning artist to small bands still trying to make it. Since August 2011 Robert has been working as Production Manager and Front of House Engineer with Mike Posner
VIDEO TUTORIALS
Connectivity
Specifications
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Atomic Reference Type
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Rubidium Ultra-Stable Reasonance- Controlled
Master Oscillator
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Frequency
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10 MHz
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Frequency Accurancy
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Better than 0.03 PPB (parts per BILLION)
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Long-Term Stability
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Better than 0.02 PPB
Typical: 0.05 PPB per month (measured after 6 months
of continuous operation)
First Year < 2 PpB
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Short-Term Stability
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Standart
0.03 PPB per second
0.01 PPB per 10 seconds
0.003 PPB per 100 seconds
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Warm Up Time
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8-10 minutes (depends on ambient temperature)
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Power Supply Type
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AC and DC, Dual Reduntant
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Power Supply Input
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100-240V – 50/60 Hz
12V
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Power Consumption
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40 W during the warm-up
17 W at standart operation (after the warm-up)
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Inrush Current
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Maximum 50A at 264 V AC
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Atomic Clock Output
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8 x BNC Sinusoidal, 10 MHz, 75 Ohm, 1 Vpp typical (unload)
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Humidity
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Maximum 80%
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Dimensions
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434 mm (W) x 81 mm (H) x 205 (D)
17″ (W) x 3.2″ (H) x 8″ (D)
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Phase Noise 10 MHz
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Standart
-140 dBc per Hz at 10 Hz
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Operating Temperature
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0-45C
32-113F
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Weight
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5.7 kg/12.9 lb
Master clocks comparison table
10MX | LIVECLOCK | OCXHD | TRINITY | 10M |
|
|---|---|---|---|---|---|
Atomic Reference Type | Rubidium Ultra-Stable Resonance Controlled Master Oscillator |  | | | Rubidium Ultra-Stable Resonance Controlled Master Oscillator |
Clocking System | | 4th Generation Acoustically Focused Clocking 64-bit DDS Oven Controlled Crystal Oscillator | 4th Generation Acoustically Focused Clocking 64-bit DDS Oven Controlled Crystal Oscillator | 4th Generation Acoustically Focused Clocking 64-bit DDS Oven Controlled Crystal Oscillator | |
Clock Stability | t=1s ≤3E-11 t=10s ≤1.6E-11 t=100s ≤8E-12 | <+/- 0.02 ppm, oven controlled at 64.5°C/ 148.1°F | <+/- 0.02 ppm, oven controlled at 64.5 C/148.1 F | < +/-0.02ppm @ 64.5°C | Typical: 0.05 PPB per month (measured after 6 months of continuous operation) First Year < 2 PPB |
Clock Aging | Daily* ±2.5E-11 Monthly* ±1E-10 Yearly ±1E-9 (*After 1 day & 1 month of operation respectively) | < 1 ppm per year | < 1 ppm per year | < 1 ppm per year | Better than 0.02 PPB Typical: 0.05 PPB per month (measured after 6 months of continuous operation) First Year < 2 PpB |
Warm-Up Time | 8 – 10 minutes (depends on ambient temperature) | | | | 8-10 minutes (depends on ambient temperature) |
Inputs | 1 x Word Clock Input @ 75 Ohms 3Vpp on BNC 44.1 – 384kHz | 1x Word Clock up to 192kHz 1x Atomic Input | 2x Word Clock Inputs up to 768kHz 1 x 10M Atomic Clock Input 1x Video Input accepting wide range of SD and HD video signals 2x S/PDIF Inputs up to 192kHz 1x AES/EBU Input up to 192kHz | 2 selectable Word Clock on BNC 32kHz – 384kHz 1x Atomic Input 1x Universal video input on BNC. 1x AES/EBU on XLR. 32kHz – 192kHz @110Ω terminated 1x S/PDIF on RCA. 32kHz – 192kHz @75Ω terminated | |
Outputs | 4 x Word Clock Outputs on BNC 44.1 – 768 kHz square wave signal 10 x BNC Sinusoidal, 10MHz, 75 Ohm, 1Vpp typical (unload) 2 x AES/EBU on XLR 2 x S/PDIF on RCA | 4x Word Clock Outputs up to 192 kHz 2x AES/EBU Outputs up to 192 kHz 2x S/PDIF Outputs up to 192 kHz | 10x Word Clock Outputs up to 768kHz 4x AES/EBU Outputs up to 192kHz 2x S/PDIF Outputs up to 192kHz | Wordclock – 16 BNC, 3Vpp @ 75Ω 6x HD Video BNC @75Ω SD 1 – BNC @75Ω fixed for NTSC video standard. Black Burst SD 2 – BNC @75Ω fixed for PAL video standard. Black Burst SD 3 – BNC @75Ω PAL 24/NTSC 30 selectable.Composite Sync SD 4 – BNC @75Ω PAL 48/PAL 47.95 selectable. Composite Sync AES/EBU – 4 XLR @ 110Ω S/PDIF – 4 RCA @ 75Ω | 8 x Atomic Clock Output on BNC Sinusoidal, 70 Ohm, 1 Vpp typical (unload) |
USB I/O | USB 2.0 Full-Speed, Type B, only for control | USB 2.0 Hi-Speed, Type B, only for control | 1x USB Input for control | 2.0 full-speed | |
Frequency & Accuracy | 10 MHz, better than ±5E-11 @25C (±0.05 PPB) | | | | 10 MHz, better than 0.03 PPB |
Sample Rates | 32, 44.1, 48, 88.2, 96, 176.4, 192, 352.8, 384, 768 (kHz) | 32, 44.1, 48, 88.2, 96, 176.4, 192 (kHz) | 32, 44.1, 48, 88.2, 96, 176.4, 192, 352.8, 384 (kHz) | 32, 44.1, 48, 88.2, 96, 176.4, 192, 352.8, 384 (kHz) | 32, 44.1, 48, 88.2, 96, 176.4, 192 (kHz) |
Power Supply | AC Universal Input ~100-240V, 15 Watts max. | DC Universal Input 12 – 18V, 6 Watts max. | AC Universal Input ~95-245V, 20 Watts max. | AC Universal Input ~90-250V, 15 Watts max. | AC & DC Dual Redundant ~100-240V; 12V, 40 Watts during start up / 17 Watts after warm up |
10MX | LiveClock | OCXHD | TRINITY | 10M |
