success_jsonpCallback({"data":[{"_index":"cms-v1","_type":"cms_new","_id":"66c546daf7ca64787742b279","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"千家网","keywordids":[272660],"it168_url":"http://net.it168.com/a2024/0821/6860/000006860210.shtml","id":6860210,"it168_publishtime":1724204763,"abstract":"以太网是一种通过建立有线或无线连接使设备能够在网络上进行通信的技术。它是计算机网络的重要组成部分,对于设备之间的通信和数据交换至关重要。在本文中,我们将探讨以太网的历史、技术规格、功能、优点、缺点和未来前景。","avatar":"http://sy0.img.it168.com/article/4/4997/4997216.png","authorid":3940,"title":"以太网的发展:从10BASE-T到40GBASE-T及更高版本","editorname":"李雪薇","comment_count":0},"sort":[1724204763000]},{"_index":"cms-v1","_type":"cms_new","_id":"6656e902f7ca647a732de8d1","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"千家网","keywordids":[272660],"it168_url":"http://net.it168.com/a2024/0529/6851/000006851680.shtml","id":6851680,"it168_publishtime":1716971780,"abstract":"现代以太网对更高数据传输速率和更宽带宽的要求再怎么强调也不为过。这种必要性导致了光纤多路复用技术数量的增加。多路复用器允许将许多信号组合到一根光纤上,从而帮助我们有效地利用当前的光纤基础设施。利用这种技术不仅可以最大限度地提高网络主干网的容量,还可以降低铺设更多光纤时产生的成本。","avatar":"http://sy0.img.it168.com/article/4/4951/4951048.png","authorid":3940,"title":"如何释放以太网中光纤多路复用器的潜力?","editorname":"李雪薇","comment_count":0},"sort":[1716971780000]},{"_index":"cms-v1","_type":"cms_new","_id":"6584f2bff7ca645ab472bc3d","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"千家网","keywordids":[272660],"it168_url":"http://net.it168.com/a2023/1222/6834/000006834410.shtml","id":6834410,"it168_publishtime":1703211712,"abstract":"如果你曾经有机会观察过汽车线束中乱七八糟的东西,你就会知道这些东西可能非常庞大;数百根电线都用扎带捆绑在一起,希望你永远不必剪断这些电线,以免划伤内部敏感的屏蔽层。","avatar":"http://sy0.img.it168.com/article/4/4846/4846823.png","authorid":3940,"title":"车载以太网:解决复杂线束并支持更多的数据","editorname":"李雪薇","comment_count":0},"sort":[1703211712000]},{"_index":"cms-v1","_type":"cms_new","_id":"65123197f7ca640b494a4e57","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"攻城狮成长日记","keywordids":[272660],"it168_url":"http://net.it168.com/a2023/0926/6822/000006822991.shtml","id":6822991,"it168_publishtime":1695691162,"abstract":"目前网络中以太网技术的应用非常广泛。然而,各种网络攻击的存在(例如针对ARP、DHCP等协议的攻击),不仅造成了网络合法用户无法正常访问网络资源,而且对网络信息安全构成严重威胁,因此以太网交换的安全性越来越重要。","avatar":"http://sy0.img.it168.com/article/4/4794/4794507.png","authorid":3940,"title":"掌握端口隔离技术,让网络更安全","editorname":"李雪薇","comment_count":0},"sort":[1695691162000]},{"_index":"cms-v1","_type":"cms_new","_id":"64b78a9bf7ca644d1804b4d4","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"GEORGE KIMATHI","keywordids":[272660],"it168_url":"http://net.it168.com/a2023/0719/6813/000006813762.shtml","id":6813762,"it168_publishtime":1689750181,"abstract":"由于便利性和许多其他优势,世界普遍正在从有线技术转向无线技术。 由于物联网 (IoT) 的发展,我们周围的智能设备也越来越多。 现在,物联网和无线技术的发展和进步是否使得有线以太网完全多余?","avatar":"http://sy0.img.it168.com/article/4/4745/4745353.jpeg","authorid":3940,"title":"以太网与WiFi:互联网连接技术的比较","editorname":"李雪薇","comment_count":0},"sort":[1689750181000]},{"_index":"cms-v1","_type":"cms_new","_id":"64afb8e6f7ca643142340617","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"佚名","keywordids":[272660],"it168_url":"http://net.it168.com/a2023/0713/6813/000006813058.shtml","id":6813058,"it168_publishtime":1689237797,"abstract":"在数字时代,对无缝连接和高效电源解决方案的需求空前高涨。 以太网供电 (PoE) 技术是一种革命性的解决方案,它正在改变企业和个人连接设备并为其供电的方式。 这项创新技术允许通过单根以太网电缆传输电力和数据,无需单独的电源线。","avatar":"http://sy0.img.it168.com/article/4/4741/4741273.png","authorid":3940,"title":"革命性的连接:以太网供电解决方案的好处","editorname":"李雪薇","comment_count":0},"sort":[1689237797000]},{"_index":"cms-v1","_type":"cms_new","_id":"645c5b91f7ca6471d72678eb","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"佚名","keywordids":[272660],"it168_url":"http://net.it168.com/a2023/0511/6803/000006803265.shtml","id":6803265,"it168_publishtime":1683774356,"abstract":"以太网是一种使设备能够通过建立有线或无线连接在网络上进行通信的技术。其是计算机网络的重要组成部分,对于设备之间的通信和数据交换至关重要。本文将探讨以太网的历史、技术规格、特性、优缺点以及未来前景。","avatar":"http://sy0.img.it168.com/article/4/4679/4679689.jpeg","authorid":3940,"title":"以太网的演进:从10BASE-T到40GBASE-T及更高","editorname":"李雪薇","comment_count":0},"sort":[1683774356000]},{"_index":"cms-v1","_type":"cms_new","_id":"644093c1f7ca641d334b73c9","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"鲜枣课堂","keywordids":[272660],"it168_url":"http://net.it168.com/a2023/0420/6799/000006799774.shtml","id":6799774,"it168_publishtime":1681953732,"abstract":"1946年4月7日,也就是二战结束的次年,在美国纽约布鲁克林区的一个普通家庭,诞生了一个男婴。男婴的父亲,是一家陀螺仪工厂的技术员。而他的母亲,则是一个普通家庭主妇。","avatar":"http://sy0.img.it168.com/article/4/4659/4659374.png","authorid":3940,"title":"谁发明了以太网?","editorname":"李雪薇","comment_count":0},"sort":[1681953732000]},{"_index":"cms-v1","_type":"cms_new","_id":"63f2e492f7ca64343549f2db","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"千家网","keywordids":[272660],"it168_url":"http://net.it168.com/a2023/0220/6790/000006790164.shtml","id":6790164,"it168_publishtime":1676862613,"abstract":"继2001年网络繁荣和萧条之后,网络和互联网出现了严重的中断。例如,如果有人在2004年建房子,他们可能会要求承包商为他们的新家安装以太网。Web2.0也于2004年出现,到了2000年代末,3G网络迅速普及,提供更高速的移动数据。","avatar":"http://sy0.img.it168.com/article/4/4602/4602858.png","authorid":3940,"title":"网络基础设施革命四大趋势","editorname":"李雪薇","comment_count":0},"sort":[1676862613000]},{"_index":"cms-v1","_type":"cms_new","_id":"622b0a2df7ca645bcd7dd796","_score":null,"_source":{"editorid":3940,"keywords":["以太网"],"authorname":"李雪薇","keywordids":[272660],"it168_url":"http://net.it168.com/a2022/0311/6636/000006636266.shtml","id":6636266,"it168_publishtime":1646987823,"abstract":"更高的、更具成本效益的速度,以及IT和运营技术(OT)环境之间实现更好的集成,这是以太网发展的两个最热门的领域。","avatar":"http://sy0.img.it168.com/article/4/4079/4079898.png","authorid":3940,"title":"以太网的下一个目标是什么?","editorname":"李雪薇","comment_count":0},"sort":[1646987823000]}],"total":394})