香港，2022年1月26日 – 亞洲領先的衛星方案供應商亞洲衛星有限公司(亞洲衛星)及泰國首屈一指的多頻道營運商Next Step Company Limited達成策略夥伴關係，滙聚雙方在內容融合、媒體管理和分發方面的專業知識和經驗，合作推出全新的生活時尚高清頻道「Thainess」。
就這次與Next Step合作，亞洲衛星為傳送Thainess至國際市場提供技術和市場營銷上的支援，通過垂直整合，將衛星廣播和亞洲衛星旗下子公司「開眼界」(One Click Go Live)串流直播的能力結合，深入地接觸更廣泛的受眾和提高觀眾在不同內容分發平台的參與度。
Thainess於亞洲七號衛星廣播平台上推出後，將加入該衛星逾300個C波段優質頻道陣容之列，透過無可比擬的區域分銷網絡即時接觸超過250萬戶付費電視家庭和50萬個酒店房間的龐大觀眾群。
開始日期︰19/1/2022
結束日期︰19/1/2022
會議︰The Video & Broadband Summit
類別︰電訊/5G
地點︰Virtual
網站︰www.videoandbroadbandsummit.com
組織機構︰Indian Television
亞洲衛星講者︰
19 Jan 2022 - Senior Sales Director Rajdeepsinh Gohil will be speaking at the panel discussion on "Getting Back To Basics And To A Post Pandemic World".
香港，2022年1月4日 – 亞洲首屈一指的衛星方案供應商亞洲衛星有限公司（亞洲衛星）及其子公司開眼界直播科技有限公司（「開眼界」，One Click Go Live, 前身為HERMES Live Technology Limited）獲澳門領先的綜合電訊服務供應商澳門電訊選為合作夥伴，採用其提供結合衛星和IP技術的一站式解決方案，助力澳門電訊推動「數碼澳門」發展，將澳門打造成全球領先的智慧城市。
這個端到端的全面解決方案涵蓋了亞洲衛星提供的全球衛星傳送服務，以及透過「開眼界」直播平台放送到用戶智能裝置的地面IP連接服務。
為了將體育盛事和矚目活動直播給全球觀眾，澳門電訊與亞洲衛星及開眼界合作，不單通過電視作現場轉播，並且採用開眼界的低延遲直播技術，在配上專業評述後，將第六十八屆澳門格蘭披治大賽車的精彩賽事串流直播於大會活動網站及社交媒體平台，讓觀眾可通過任何裝置、身處任何地方均可收看。
開始日期︰1/6/2022
結束日期︰3/6/2022
會議︰Asia Tech X Singapore including SatelliteAsia, CommunicAsia, BroadcastAsia, Asia Satellite Business Week
類別︰電訊/訊息通訊/寬頻/廣播/傳媒
地點︰新加坡博覽中心, 新加坡
開始時間︰17/5/2022
結束時間︰19/5/2022
會議︰CABSAT
類別︰廣播/傳媒/衛星通訊
地點︰Dubai World Trade Centre，杜拜
組織機構︰Dubai World Trade Centre (DWTC)
亞洲衛星展台︰ #801, 8號展館
香港，2021年12月1日 – 亞洲領先的衛星方案供應商亞洲衛星有限公司 ("亞洲衛星")與亞洲最新的邊緣數據中心平台Turbidite今天宣佈合作，利用亞洲衛星現有衛星和地面基礎設施，加上Turbidite新型的邊緣數據中心平台，提供設備託管服務以滿足市場對數碼服務與日俱增的需求。
Turbidite行政總裁Bill Barney表示︰「我們很高興與亞洲衛星成為合作夥伴，共同拓展服務，擴展我們的邊緣數據中心方案，以滿足越來越多的OTT平台和媒體公司所帶來的數據流量需求。在與亞洲衛星合作下，我們將會更有效地幫助客戶進行數碼轉型，安全可靠地存取數據，以及靈活地選擇帶寬使用和作出實時部署。」
亞洲衛星本著努力創新、不斷求變的精神，通過更有效地運用珍貴的頻譜資源，和設計更高效的衛星系統，以提供最隹的用户體驗。我們的工程團隊一直以來努力開發與下一代衛星系統設計和應用相關的新方法和技術。
此部份列出了我們團隊已取得美國專利商標局、中國國家知識產權局和加拿大知識產權局專利註冊之發明。
| 專利名稱 | 專利摘要 | 專利日期 由小到大 | 專利編號 | 專利文件 |
|---|---|---|---|---|
| Satellite Payload with Full Downlink Spectrum Usage | Satellite communication methods and payloads are described. The payload and methods are designed to enable effective use of carrier signals in the guard band region of a channelized band of spectrum. An on-board digital channelizer may implement a band edge power monitor for measuring power spectral density in the band edges of a channel and, if it exceeds a preset threshold level, downscaling the signal amplitude in the band edges to prevent hardware damage to the payload. The channelizer may further implement a band edge gain adjustment filter for shaping the overall frequency response to flatten the response across adjacent channels, including through the guard band region between the passbands of the adjacent channels. |
11621771 | 查看及下載 | |
| High Throughput Satellites and Methods of Operating High Throughput Satellites for Relaying Data between Low Earth Orbit Satellites to Endpoints | This is a CIP (continuation-in-part) to our previous patent, High Throughput Satellites and Methods of Operating High Throughput Satellites for Relaying Data between Low Earth Orbit Satellites to Endpoints (US10523312B1). This new patent includes new claims about the concept of altering MODCOD operations (based on adaptive coding and modulation (ACM) functions at the ground modem) for maintaining the link performance to mitigate rain fade or other weather conditions by requesting the LEO to change the MODCOD of on-board modem. Further, the high throughput satellite can configure an on-board digital channelizer for routing data transmission to alternate ground terminals where rain attenuation effects may be less prevalent. |
10998965 | 查看及下載 | |
| Uplink Interference Geolocation Method and System for High Throughput Satellite | A method and system for locating the source of an unwanted signal (whether malicious or unintentional) to a multi-beam high throughput satellite, which is more susceptible to uplink interference due to the involvement of two-way communication to household and mobile users, i.e. uploading and downloading at the same time. This method makes use of the relative power level differences between interference signals received by the victim spot beam and co-colored nearby spot beams on the same satellite. |
10972191 | 查看及下載 | |
| Dual-band communication satellite system and method | This is a CIP (continuation-in-part) to our previous patent, Dual-band communication satellite system and method (US10291317B2). The new patent includes the use of dual-band or multi-band feeds and a digital channelizer for routing RF signals among spot beams in a multi-band spot beam layout to increase the link availability due to rain attenuation at high frequency. |
10707954 | 查看及下載 | |
| Methods and Systems for Operating a High Throughput Satellite | This is a CIP to our previous patent, Methods and Systems for Operating a High Throughput Satellite (US10291315B1). The satellite has multiple modes of operation and transitions between them in response to the spectrum fill rate. This patent incorporates the use of at least one of the following techniques in the first operating mode, including altering color re-use patterns to increase or reduce number of colors, using intra-beam geographic sub-division, or precoding downlink signals. In response to the spectrum fill rate, the satellite would additionally employ another one of the techniques in the second operating mode. |
10601499 | 查看及下載 | |
| High Throughput Satellites and Methods of Operating High Throughput Satellites for Relaying Data between Low Earth Orbit Satellites to Endpoints | A high throughput satellite (HTS) and a method of operating the HTS for relaying data between a low earth orbit (LEO) satellite and a target ground station, where the HTS provides spot beams for a spot beam coverage area. The method of operating the HTS includes: determining an estimated trajectory of an orbiting LEO satellite; assigning a plurality of assigned spot beams having a matching color re-use polarization; and transmitting assignments of the plurality of assigned spot beams to the high throughput satellite to cause the high throughput satellite to maintain the inter-satellite link via a first spot beam and one or more assigned subsequent spot beams having the matching color re-use polarization. |
10523312 | 查看及下載 | |
| Methods and systems for improving spectrum utilization for satellite communications | This is a CIP to our previous patent, Methods and systems for improving spectrum utilization for satellite communications (US100506981B2). Satellite communication methods and payloads are described. An imbalance in uplink and downlink availability may be mitigated by harvesting guard band channels from different frequency bands through digitizing spectrum technique. A satellite payload is described with dual multiplexers having partially overlapping channels and a dual feed configuration. In one downlink implementation, unused regional band spectrum may be dynamically allocated to a spot beam. In one uplink implementation, regional band spectrum may be shared by a spot beam using partial separation of the regional uplink location from the spot beam coverage area and digital cancellation techniques. |
10404354 | 查看及下載 | |
| Dual-band communication satellite system and method | Dual-band satellite communication systems and methods are described. A dual-band satellite communication system is described with an array of feeds. The array includes single band feeds and one or more multi-band feeds. The multi-band feeds provide dual-band spot beams. Dual-band spot beams include a first frequency band spot beam and a second frequency band spot beam. A spot beam layout may be provided when a shared reflector for the array of feeds is provided. The first frequency band beamwidth may be smaller than a second frequency band beamwidth and the number of multi-band feeds in the array of feeds may be less than the number of single band feeds. |
10291317 | 查看及下載 | |
| Methods and systems for Operating a High Throughput Satellite | A high throughput satellite and a method of operating a high throughput satellite. The satellite has multiple modes of operation and transitions between them in response to the spectrum fill rate. Modes of operation may include altering color re-use patterns to increase or reduce number of colors, using intra-beam geographic sub-division, or precoding downlink signals. |
10291315 | 查看及下載 | |
| Methods and systems for improving spectrum utilization for satellite communications | Satellite communication methods and payloads are described. An imbalance in uplink and downlink availability may be mitigated through digitizing uplink spectrum, extracting guard band channels, and grouping the guard band channels to create a composite channel. The composite channel is converted to analog and RF up-converted, amplified, and multiplexed with other downlink analog channels before being transmitted to Earth. The guard bands may be from the same band of spectrum or different bands of spectrum, such as C band, Ka band, Ku band, etc. A satellite payload is described with dual output multiplexers having partially overlapping channels and a dual feed configuration. In one downlink implementation, unused regional band spectrum may be dynamically allocated to a spot beam. In one uplink implementation, regional band spectrum may be shared by a spot beam using spatial separation of the regional uplink location from the spot beam coverage area and digital cancellation techniques. |
10050698 | 查看及下載 | |
| Methods and systems for providing high-speed connectivity to aircraft | Methods for providing high-speed connectivity to an aircraft in flight from a satellite. Example methods include transmitting first radio frequency signals from a wide-beam antenna at the satellite at a beamwidth of at least 6 degrees orbital arc to provide a wide coverage area. The first radio frequency signals are transmitted at a first frequency of at least 10 gigahertz and at a low equivalent isotropic radiated power. The method also includes receiving second radio frequency signals from a mobile antenna located on the aircraft, wherein the second radio frequency signals are received at a second frequency of at least 13.75 gigahertz, and the second frequency is different than the first frequency. |
9425888 | 查看及下載 |
亞洲衛星本著努力創新、不斷求變的精神，通過更有效地運用珍貴的頻譜資源，和設計更高效的衛星系統，以提供最隹的用户體驗。我們的工程團隊一直以來努力開發與下一代衛星系統設計和應用相關的新方法和技術。
此部份列出了我們團隊已取得美國專利商標局、中國國家知識產權局和加拿大知識產權局專利註冊之發明。
| 專利名稱 | 專利摘要 | 專利日期 由小到大 | 專利編號 | 專利文件 |
|---|---|---|---|---|
| 用於運營高通量衛星的方法及系統 | 一種高通量衛星及運營高通量衛星的方法。衛星具有多種運營模式，並且根據頻譜填充率而在它們之間轉換。運營模式可包括改變顏色(頻譜)復用模式以增加或減少顏色的數量、使用波束內地理細分或預編碼下行鏈路信號。 |
ZL201910215114.0 | 查看及下載 | |
| 用於高通量衛星的上行干擾地理定位方法及系統 | 一種用於定位高通量衛星干擾源的地理定位方法和系統。該方法涉及確定受害點波束接收的干擾信號與相同衛星上的共色相鄰點波束之間的相對功率水平差。使用波束方向圖數據，成對波束的相對功率水平確定可能位置的等值線，其對應於由該對中的兩個波束接收的信號相對功率差。來自多對點波束等值線的交叉點指出干擾源的位置。 |
ZL201910581472.3 | 查看及下載 | |
| 用於近地軌道衛星與端點之間中繼數據的高通量衛星 | 一種高通量衛星和一種運營高通量衛星的方法，用於在近地軌道（LEO）衛星和目標地面站之間中繼數據，其中高通量衛星為點波束覆蓋區提供多個點波束。運營高通量衛星的方法包括：確定一個在軌LEO衛星的估計軌跡；分配具有相同極化的顏色復用的多個點波束；以及將多個所分配點波束的分配信息發送給所述高通量衛星，以使所述高通量衛星維持經由第一點波束和具有相同極化的顏色復用的一個或多個分配的後續點波束的星間鏈路。 |
ZL201910323408.5 | 查看及下載 |
亞洲衛星本著努力創新、不斷求變的精神，通過更有效地運用珍貴的頻譜資源，和設計更高效的衛星系統，以提供最隹的用户體驗。我們的工程團隊一直以來努力開發與下一代衛星系統設計和應用相關的新方法和技術。
此部份列出了我們團隊已取得美國專利商標局、中國國家知識產權局和加拿大知識產權局專利註冊之發明。
| 專利名稱 | 專利摘要 | 專利日期 由小到大 | 專利編號 | 專利文件 |
|---|---|---|---|---|
| Methods and systems for improving spectrum utilization for satellite communications | Satellite communication methods and payloads are described. An imbalance in uplink and downlink availability may be mitigated through digitizing uplink spectrum, extracting guard band channels, and grouping the guard band channels to create a composite channel. The composite channel is converted to analog and RF up-converted, amplified, and multiplexed with other downlink analog channels before being transmitted to Earth. The guard bands may be from the same band of spectrum or different bands of spectrum, such as C band, Ka band, Ku band, etc. A satellite payload is described with dual output multiplexers having partially overlapping channels and a dual feed configuration. In one downlink implementation, unused regional band spectrum may be dynamically allocated to a spot beam. In one uplink implementation, regional band spectrum may be shared by a spot beam using spatial separation of the regional uplink location from the spot beam coverage area and digital cancellation techniques. |
2883278 | 查看及下載 |
香港，2021年10月19日 – 亞洲領先的衛星方案供應商亞洲衛星有限公司（亞洲衛星）完成了對開眼界直播科技有限公司（「開眼界」，One Click Go Live Limited, 前身為 HERMES Live Technology Limited）股權的收購，成為該公司的主要策略股東。「開眼界」是一家於香港註冊成立，專門從事視頻直播服務和解決方案的公司。
亞洲衛星行政總裁唐舜康表示︰「我們很興奮地宣佈完成了對「開眼界」的策略投資。亞洲衛星的視頻服務在不斷擴充中，加入了「開眼界」直播服務正好發揮補足作用，讓我們可以在這數碼時代更全面地滿足客戶新的和不斷變化的需求。此舉再次証明我們致力提升服務能力和發揮協同效應的決心，以提供更多元創新的視頻服務令客戶受惠。」
