高品質XO時鐘振蕩器ASE2-27.000MHZ-ET非常適合5G小區時序參考
來源：http://m.ike-digital.com 作者：hssi 2022年10月19
The introduction of 5G challenged many component manufacturers who serve the telecom industry.
Timing and Synchronization is certainly one of them. Implementing features such as beam steering and
millimeter wave communication called for much more accurate timing solutions. These solutions would
also have to be robust given the varying environmental condition where the small cells would be installed.
As the industry shifts towards a more complex Radio Access Network (RAN), it is expected to see more
of a cohesive and standardized approach to its implementation. The Open RAN architecture (O-RAN) is
on the forefront of this initiative.
Within O-RAN, the remote radio unit (RRU) serves as the access point to the network. A user will connect
to the RRU, the data will reach a front haul switch, and then proceed to an edge server or distributed
unit (DU). The DU will then pass information to the central unit. Synchronization between these stages is
critical for 4G, but even more critical for new 5G applications. This is accomplished using a synchronization
method governed by a Precision Clock Synchronization Protocol called IEEE 1588.
高品質XO時鐘振蕩器ASE2-27.000MHZ-ET非常適合5G小區時序參考，5G的引入給許多服務于電信行業的零部件制造商帶來了挑戰。定時和同步當然是其中之一。實現諸如光束轉向和毫米波通信需要更精確的計時有源晶振解決方案。這些解決方案將也必須是堅固的考慮到不同的環境條件下，小電池將被安裝。
高品質XO時鐘振蕩器ASE2-27.000MHZ-ET非常適合5G小區時序參考，隨著行業轉向更復雜的無線接入網(RAN)，預計將看到更多一個內聚的和標準化的方法來實現它。Open RAN架構(O-RAN)是站在這一倡議的前沿。石英晶體振蕩器將會成為主流趨勢。
| Manufacturer Part Number | Manufacturer品牌 | Series | Type 類型 | Frequency 頻率 | Voltage - Supply電壓 | Operating Temperature 工作溫度 |
| ASFL1-32.000MHZ-L-T | Abracon晶振 | ASFL1 | XO (Standard) | 32MHz | 3.3V | -40°C ~ 85°C |
| ASFL1-33.333MHZ-L-T | Abracon晶振 | ASFL1 | XO (Standard) | 33.333MHz | 3.3V | -40°C ~ 85°C |
| ASFL1-14.7456MHZ-L-T | Abracon晶振 | ASFL1 | XO (Standard) | 14.7456MHz | 3.3V | -40°C ~ 85°C |
| ASFL1-40.000MHZ-L-T | Abracon晶振 | ASFL1 | XO (Standard) | 40MHz | 3.3V | -40°C ~ 85°C |
| ASV-10.000MHZ-LCS-T | Abracon晶振 | ASV | XO (Standard) | 10MHz | 3.3V | -40°C ~ 85°C |
| ASFL1-64.000MHZ-EC-T | Abracon晶振 | ASFL1 | XO (Standard) | 64MHz | 3.3V | -20°C ~ 70°C |
| ASVTX-11-121-19.200MHZ-T | Abracon晶振 | ASVTX-11 | VCTCXO | 19.2MHz | 3.3V | -40°C ~ 85°C |
| ASE-60.000MHZ-ET | Abracon晶振 | ASE | XO (Standard) | 60MHz | 3.3V | -20°C ~ 70°C |
| ASE2-12.500MHZ-ET | Abracon晶振 | ASE2 | XO (Standard) | 12.5MHz | 2.5V | -20°C ~ 70°C |
| ASE-22.000MHZ-ET | Abracon晶振 | ASE | XO (Standard) | 22MHz | 3.3V | -20°C ~ 70°C |
| ASE2-27.000MHZ-ET | Abracon晶振 | ASE2 | XO (Standard) | 27MHz | 2.5V | -20°C ~ 70°C |
| ASE2-32.000MHZ-ET | Abracon晶振 | ASE2 | XO (Standard) | 32MHz | 2.5V | -20°C ~ 70°C |
| ASE2-48.000MHZ-ET | Abracon晶振 | ASE2 | XO (Standard) | 48MHz | 2.5V | -20°C ~ 70°C |
在O-RAN中，遠程無線電單元(RRU)充當到網絡的接入點。用戶會選擇貼片石英晶振，也會連接到RRU，數據將到達前端傳輸開關，然后繼續到邊緣服務器或分布式服務器單位(DU)。然后，DU將信息傳遞給中央單元。這些階段之間的同步是對于4G來說至關重要，但對于新的5G應用來說更是如此。這是通過同步來完成的方法受稱為IEEE 1588的精確時鐘同步協議控制。
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此文關鍵字： XO時鐘振蕩器
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