İnternet bağlantısı için kullanılan teknik seçenekler

WEBVTT 00:00:01.254 --> 00:00:04.157 Technische Optionen für die Internetverbindung. 00:00:08.179 --> 00:00:15.763 Dieses Mal werden wir uns auf die technischen Optionen konzentrieren, die für die Internetverbindung verwendet werden. 00:00:15.884 --> 00:00:21.287 Wir haben gerade erwähnt, was Übertragungstypen sind. Lassen Sie uns nun etwas detailliertere Informationen zu den Übertragungstypen erhalten. 00:00:22.367 --> 00:00:26.510 Telefonleitung oder eine Mobilfunktechnologie sind Übertragungstypen. 00:00:26.670 --> 00:00:28.251 Zum Beispiel UMTS und LTE. 00:00:29.936 --> 00:00:36.180 Dies sind heutzutage Verbindungstypen wie 3G, 4G, 5G, über die wir bereits gesprochen haben. 00:00:37.341 --> 00:00:43.665 Lassen Sie uns Verbindungsmittel wie Kabel, WLAN oder VLAN, Satellit kennenlernen. 00:00:45.066 --> 00:00:45.467 Was haben wir gesagt? 00:00:45.587 --> 00:00:53.452 Telefonleitung, Mobilfunktechnologie, WLAN, VLAN, Satellit, dies sind technische Optionen im Zusammenhang mit Übertragungstypen. 00:00:56.516 --> 00:01:02.278 Wir können eine herkömmliche Telefonleitung mit einer anderen Frequenz verwenden, um Daten zu senden. 00:01:02.678 --> 00:01:05.119 Heutzutage geschieht dies über DSL. 00:01:05.259 --> 00:01:08.781 Es erfolgt entweder über Kupferkabel oder Glasfaserkabel. 00:01:10.321 --> 00:01:15.623 Darüber hinaus verwenden tragbare Geräte wie Smartphones VLAN. 00:01:17.044 --> 00:01:17.844 Was war VLAN? 00:01:18.644 --> 00:01:20.545 Wireless Local Area Network. 00:01:21.937 --> 00:01:28.739 VLAN, also das drahtlose lokale Netzwerk, ermöglicht die flexible Nutzung eines Netzwerks. 00:01:29.620 --> 00:01:38.362 Durch VLAN können mehrere Computer miteinander kommunizieren und Datenübertragung von Smartphones zu Computern ermöglichen. 00:01:39.322 --> 00:01:42.924 Es ist auch möglich, sich mit dem lokalen Netzwerk im Unternehmen zu verbinden. 00:01:48.274 --> 00:01:58.901 Lassen Sie mich nun die Übertragungsumgebung und die Geschwindigkeitsmessungen mit den erforderlichen Geräten mit Ihnen teilen. 00:02:01.062 --> 00:02:11.389 Das erste erforderliche Gerät für eine Telefonleitung ist PSTN, auch bekannt als 56K-Modem. 00:02:13.470 --> 00:02:15.351 Warum haben wir 56k Modem gesagt? 00:02:15.591 --> 00:02:21.972 Weil es uns eine Übertragungsgeschwindigkeit von 56 Kilobit pro Sekunde bietet. 00:02:23.933 --> 00:02:33.215 Das andere erforderliche Gerät ist ISDN, Integrated Services Digital Network. 00:02:34.796 --> 00:02:38.757 Digital Network bedeutet integrierte Dienste. 00:02:39.297 --> 00:02:42.578 ISDN-Telefonleitung ist ein Terminaladapter. 00:02:45.270 --> 00:02:54.135 Und schließlich ist eine der Anforderungen an eine Telefonleitung ADSL, Asymmetric Digital Subscriber Line. 00:02:55.736 --> 00:03:05.702 ADSL kann technisch als Telefonleitung, ADSL-Router, A-Kabel, A-Karte oder ADSL-Modem definiert werden. 00:03:06.983 --> 00:03:23.386 Hier müssen wir beachten, dass PSTN 56 Kilobit, ISDN 64 Kilobit und ADSL 7,2 Megabyte pro Sekunde, also Megabit pro Sekunde, übertragen. 00:03:26.907 --> 00:03:31.730 Die theoretische Geschwindigkeit, von der wir hier sprechen, ist die theoretische Geschwindigkeit. 00:03:32.531 --> 00:03:36.173 Wenn mehrere Benutzer gleichzeitig darauf zugreifen, sinkt dieser Wert. 00:03:36.173 --> 00:03:45.529 Die Geschwindigkeit von 56 Kilobit, 64 Kilobit, 7,2 sinkt, wenn mehrere Computer verbunden sind. 00:03:47.290 --> 00:03:49.132 Lassen Sie uns nun die Übertragungsumgebungen betrachten. 00:03:50.493 --> 00:03:52.835 In den Übertragungsumgebungen ist die erste UMTS. 00:03:53.236 --> 00:03:56.639 Auf Englisch bedeutet es Universal Mobile Telecommunication Service. 00:03:56.839 --> 00:04:00.082 Auf Türkisch bedeutet es Universelles Mobilfunkkommunikationssystem. 00:04:01.553 --> 00:04:08.459 Es wird als der Mobilkommunikationsstandard der dritten Generation definiert und ist uns eher als 3G bekannt. 00:04:10.501 --> 00:04:12.582 Die Geschwindigkeit sehen Sie bereits hier auf dem Bildschirm. 00:04:13.083 --> 00:04:22.170 LTE ist die dritte Generation nach 3G, die als Long Term Evolution auf Englisch und als langfristige Evolution auf Türkisch bekannt ist. 00:04:22.210 --> 00:04:25.673 Es ist die neue Version, die im Laufe der Zeit entstanden ist. 00:04:26.594 --> 00:04:34.551 Der Mobilkommunikationsstandard der vierten Generation bietet uns eine Übertragungsgeschwindigkeit von 300 Mbit pro Sekunde. 00:04:35.652 --> 00:04:47.325 Eine der Dinge, die wir darüber wissen müssen, ist, dass LTE heutzutage weit verbreitet ist, aber in einigen geografischen Gebieten wird behauptet, dass 4.5G aufgrund der Evolution der 4G-Technologie schneller ist. 00:04:47.365 --> 00:04:55.091 Während LTE als langfristige Evolution bekannt ist, hat sich durch die Evolution der 4G-Technologie ein System namens 4.5G entwickelt, das schneller sein soll. 00:04:55.251 --> 00:05:00.616 Langsam beginnt die Verwendung der 5. Generation oder 5G in der heutigen Zeit. 00:05:02.918 --> 00:05:07.001 Breitband, auf Englisch broadband, ist eine spezielle kabelgebundene Verbindungstechnologie. 00:05:07.181 --> 00:05:11.825 Breitbandverbindung erfordert ein Router-A-Kabel und eine A-Karte. 00:05:13.327 --> 00:05:15.649 Breitband bedeutet auf Englisch Broadband. 00:05:15.769 --> 00:05:17.650 Es ist eine spezielle kabelgebundene Verbindungstechnologie. 00:05:17.710 --> 00:05:21.552 Breitbandverbindung erfordert ein Router-A-Kabel und eine A-Karte. 00:05:21.652 --> 00:05:25.333 Breitband ist eigentlich die Definition des Internets, das wir zu Hause nutzen. 00:05:25.392 --> 00:05:30.076 Wenn wir mit unseren Mobiltelefonen eine Verbindung zum WLAN herstellen, erfolgt dies ebenfalls über Breitband. 00:05:30.976 --> 00:05:40.360 Breitbandtechnologie wurde insbesondere ab den frühen 2000er Jahren global ernsthaft adaptiert und verwendet, was unseren Übergang ins Internetzeitalter beschleunigte. 00:05:40.380 --> 00:05:41.481 Schließlich, in speziellen Fällen oder wenn beispielsweise eine militärische Nutzung erforderlich ist oder wenn eine Übertragung auf Regierungsebene erforderlich ist, 00:05:57.652 --> 00:06:01.255 stellt das Satellitentelefon die erforderliche Verbindung bereit. 00:06:02.056 --> 00:06:13.584 Sie wissen, dass Elon Musk ein Projekt hat, um die Rolle von Satelliten bei der effektiveren Nutzung des Internets weltweit zu stärken. 00:06:14.344 --> 00:06:22.726 Mit diesem Projekt könnten wir erwarten, dass Satelliten eine aktivere Rolle bei der Integration von Breitband in unser Leben spielen werden. 00:06:25.508 --> 00:06:27.928 Was ist ein Internetdienstanbieter, ISP? 00:06:28.089 --> 00:06:29.610 Internetdienstanbieter. 00:06:30.770 --> 00:06:31.990 Wir haben es gerade erwähnt. 00:06:32.911 --> 00:06:39.392 Ein Internetdienstanbieter ist der konzeptionelle Name für Unternehmen, die uns gegen Bezahlung eine Internetverbindung bereitstellen. 00:06:40.785 --> 00:06:43.827 Diese Unternehmen ermöglichen uns den Zugang zur Datenautobahn. 00:06:44.448 --> 00:06:50.693 Wir können es uns also so vorstellen, wie wenn wir eine Gebühr für die Autobahn zahlen, bevor wir darauf fahren. 00:06:50.873 --> 00:06:59.761 Hier wird gegen Bezahlung die Autobahn für uns geöffnet und wir können den erforderlichen Transport auf der Autobahn, also die Datenübertragung, durchführen. 00:06:59.821 --> 00:07:02.022 Dieser Zugang wird im Englischen als POP bezeichnet. 00:07:02.103 --> 00:07:04.064 POP steht im Englischen für Point of Presence. 00:07:05.125 --> 00:07:07.347 Im Deutschen entspricht dies dem Begriff "Präsenzpunkt". 00:07:07.407 --> 00:07:09.789 Was sind die von den ISP, also den Internetdienstanbietern, angebotenen Dienstleistungen? 00:07:13.339 --> 00:07:19.000 Eins, das netzwerkfähige Design von Informationen. 00:07:20.300 --> 00:07:22.361 Zwei, eine von einem Host verwaltete, also von einem Server aus zugängliche E-Mail-Adresse. 00:07:23.061 --> 00:07:29.242 Es kann eine eigene Internetseite sein. 00:07:30.182 --> 00:07:32.742 Ein Benutzerkonto. 00:07:33.002 --> 00:07:34.263 Und natürlich hängt der Zugriff auf diese Dienstleistungen von den Merkmalen des von uns erworbenen Servicepakets ab.

WEBVTT 00:00:01.254 --> 00:00:04.157 Technical options used for internet connection. 00:00:08.179 --> 00:00:15.763 Now, this time we will focus on the technical options used for internet connection. 00:00:15.884 --> 00:00:21.287 We mentioned transmission types earlier, now let's have a more detailed information about transmission types. 00:00:22.367 --> 00:00:26.510 Telephone line or a mobile phone technology are among the transmission types. 00:00:26.670 --> 00:00:28.251 For example, UMTS and LTE. 00:00:29.936 --> 00:00:36.180 These are the connection types we mentioned before like 3G, 4G, 5G that are used today. 00:00:37.341 --> 00:00:43.665 Let's get to know connection tools such as Cable Wi-Fi or VLAN, Satellite. 00:00:45.066 --> 00:00:45.467 What did we say? 00:00:45.587 --> 00:00:53.452 Telephone line, mobile phone technology, Wi-Fi, VLAN, Satellite, these are technical options related to transmission types. 00:00:56.516 --> 00:01:02.278 We can use a traditional telephone line with a different frequency to send data. 00:01:02.678 --> 00:01:05.119 Today, this is done with DSL. 00:01:05.259 --> 00:01:08.781 It can be done with either a copper cable or a fiber optic cable. 00:01:10.321 --> 00:01:15.623 In addition, portable devices, such as smartphones, use VLAN. 00:01:17.044 --> 00:01:17.844 What was VLAN? 00:01:18.644 --> 00:01:20.545 Wireless Local Area Network. 00:01:21.937 --> 00:01:28.739 VLAN, which stands for Wireless Local Area Network, allows flexible use of a network connection. 00:01:29.620 --> 00:01:38.362 Through VLAN, multiple computers can communicate with each other and data transfer from smartphones to computers is possible. 00:01:39.322 --> 00:01:42.924 It is also possible to connect to the local network in the company we work for. 00:01:48.274 --> 00:01:58.901 Now, let me share speed measurements along with the transmission medium and necessary devices with you. 00:02:01.062 --> 00:02:11.389 The first necessary device related to a phone line is PSTN, Public Switched Telephone Network, more commonly known as a 56K modem. 00:02:13.470 --> 00:02:15.351 Why did we call it a 56k modem? 00:02:15.591 --> 00:02:21.972 Because it provides a transmission speed of 56 kilobits per second. 00:02:23.933 --> 00:02:33.215 The other necessary device is ISDN, Integrated Services Digital Network. 00:02:34.796 --> 00:02:38.757 It means integrated services within a digital network. 00:02:39.297 --> 00:02:42.578 ISDN phone line is a terminal adapter. 00:02:45.270 --> 00:02:54.135 And finally, one of the requirements related to the phone line is ADSL, Asymmetric Digital Subscriber Line. 00:02:55.736 --> 00:03:05.702 ADSL can be technically defined with an ADSL router, A cable, A card, or an ADSL modem. 00:03:06.983 --> 00:03:23.386 Here, we need to pay attention to PSTN providing 56 kilobits, ISDN providing 64 kilobits, and ADSL providing 7.2 megabytes per second, with megabit transmission. 00:03:26.907 --> 00:03:31.730 Theoretical speed, what we are talking about here is theoretical speed. 00:03:32.531 --> 00:03:36.173 This value decreases when used by multiple users at the same time. 00:03:36.173 --> 00:03:45.529 56 kilobits, 64 kilobits, 7.2 figures decrease in speed when multiple computers are connected. 00:03:47.290 --> 00:03:49.132 Now let's look at transfer environments. 00:03:50.493 --> 00:03:52.835 The first one in transfer environments is UMTS. 00:03:53.236 --> 00:03:56.639 In English, it means Universal Mobile Telecommunication Service. 00:03:56.839 --> 00:04:00.082 In Turkish, it is known as Evrensel Mobil Telekomünikasyon Sistemi. 00:04:01.553 --> 00:04:08.459 Defined as the third generation mobile communication standard and more commonly known as 3G among the public. 00:04:10.501 --> 00:04:12.582 You can already see its speed on the screen here. 00:04:13.083 --> 00:04:22.170 LTE, on the other hand, is the third generation that comes after 3G, known as long term evolution in English, and its Turkish equivalent is the new version meaning evolution over a long period. 00:04:22.210 --> 00:04:25.673 The fourth generation mobile communication standard provides us with the opportunity to reach 300 Mbit per second. 00:04:26.594 --> 00:04:34.551 One of the things we need to know about this is that LTE is widely used today, but in some geographies, Long Term Evolution 00:04:47.365 --> 00:04:55.091 evolution over a long period, while as a result of the evolution of 4G technology, a system claimed to be faster, 4.5G has emerged. 00:04:55.251 --> 00:05:00.616 Slowly but surely, the use of 5G with the 5th generation is starting today. 00:05:02.918 --> 00:05:07.001 Broadband is a special wired connection technology. 00:05:07.181 --> 00:05:11.825 Broadband connection requires router A cable and A card. 00:05:13.327 --> 00:05:15.649 Broadband means Broadband in English. 00:05:15.769 --> 00:05:17.650 It is a special wired connection technology. 00:05:17.710 --> 00:05:21.552 Broadband connection requires router A cable and A card. 00:05:21.652 --> 00:05:25.333 Broadband is actually the definition of the internet we use in our homes. 00:05:25.392 --> 00:05:30.076 When we connect to WiFi with our mobile phones, it also goes through broadband. 00:05:30.976 --> 00:05:40.360 Especially from the early 2000s onwards, broadband technology has been globally adopted and used significantly, accelerating our transition to the internet age. 00:05:40.380 --> 00:05:41.481 In special cases or when there is a need for military or governmental purposes, 00:05:43.700 --> 00:05:57.612 satellite phones provide the necessary connection. 00:05:57.652 --> 00:06:01.255 Regarding developments in satellite technology, Elon Musk has a project 00:06:02.056 --> 00:06:13.584 to make satellites play a more effective role in internet usage worldwide. 00:06:14.344 --> 00:06:22.726 With this project, we can expect satellites to start taking a more active role in our lives, replacing broadband. 00:06:25.508 --> 00:06:27.928 What is an Internet Service Provider, ISP? 00:06:28.089 --> 00:06:29.610 Internet Service Provider. 00:06:30.770 --> 00:06:31.990 As we mentioned earlier. 00:06:32.911 --> 00:06:39.392 An Internet Service Provider is the conceptual name for companies that provide us with internet connection in exchange for a payment we make. 00:06:40.785 --> 00:06:43.827 These companies provide us access to the data highway. 00:06:44.448 --> 00:06:50.693 So, we can think of it as, just like we pay a fee before getting on the highway. 00:06:50.873 --> 00:06:59.761 Here, in exchange for a fee, the highway is opened for our use and we can provide the necessary transportation on the highway, which is data transfer. 00:06:59.821 --> 00:07:02.022 This access is called POP in English. 00:07:02.103 --> 00:07:04.064 POP stands for Point of Presence in English. 00:07:05.125 --> 00:07:07.347 In Turkish, it corresponds to the point of presence. 00:07:13.339 --> 00:07:19.000 So, what are the services provided to us by ISPs, Internet Service Providers? 00:07:20.300 --> 00:07:22.361 One, the appropriate design of information for the network. 00:07:23.061 --> 00:07:29.242 Two, a host-managed, meaning server-managed, email address accessible from anywhere. 00:07:30.182 --> 00:07:32.742 We may have our own website. 00:07:33.002 --> 00:07:34.263 A user account. 00:07:36.323 --> 00:07:42.604 And of course, the services to which we have access depend on the characteristics of the service package we purchase.

WEBVTT 00:00:01.254 --> 00:00:04.157 İnternet bağlantısı için kullanılan teknik seçenekler. 00:00:08.179 --> 00:00:15.763 Şimdi teknik seçeneklerle ilgili bu sefer internet bağlantısı için kullanılan teknik seçenekler üzerine yoğunlaşacağız. 00:00:15.884 --> 00:00:21.287 Az önce iletim türlerin ne olduğunu söylemiştik şimdi iletim türleriyle ilgili biraz daha detaylı bilgi sahibi olalım. 00:00:22.367 --> 00:00:26.510 Telefon hattı veya bir cep telefonu teknolojisi iletim türleri arasındadır. 00:00:26.670 --> 00:00:28.251 Örneğin UMTS ve LTE. 00:00:29.936 --> 00:00:36.180 Bunlar günümüzde işte 3G, 4G, 5G gibi daha önce de değindiğimiz bağlantı türleri. 00:00:37.341 --> 00:00:43.665 Kablo Wi-Fi veya VLAN, Uydu gibi bağlantı araçlarını tanıyalım. 00:00:45.066 --> 00:00:45.467 Ne dedik? 00:00:45.587 --> 00:00:53.452 Telefon attı, cep telefon teknolojisi, Wi-Fi, VLAN, Uydu, bunlar iletim türleriyle ilgili teknik seçenekler. 00:00:56.516 --> 00:01:02.278 Farklı bir frekansa sahip geleneksel bir telefon hattını veri göndermek için kullanabiliriz. 00:01:02.678 --> 00:01:05.119 Günümüzde bu DSL ile gerçekleşir. 00:01:05.259 --> 00:01:08.781 Ya bir bakır kablo ile ya da fiber optik kablo ile gerçekleşir. 00:01:10.321 --> 00:01:15.623 Bununla beraber taşınabilir cihazlar, örneğin akıllı telefonlar VLAN kullanmaktadır. 00:01:17.044 --> 00:01:17.844 VLAN neydi? 00:01:18.644 --> 00:01:20.545 Wireless Local Area Network. 00:01:21.937 --> 00:01:28.739 VLAN yani kablosuz yerel ağa Türkçesiyle bağlantı türü bir ağın esnek kullanımına olanak tanımaktadır. 00:01:29.620 --> 00:01:38.362 VLAN sayesinde hem birden çok bilgisayar birbiriyle iletişim içerisine girebilir hem akıllı telefonlardan bilgisayarlara veri aktarımı mümkündür. 00:01:39.322 --> 00:01:42.924 Hem de çalıştığımız şirketteki yerel ağa bağlanmamız mümkündür. 00:01:48.274 --> 00:01:58.901 Şimdi gelin aktarım ortamı ve gerekli cihazlarla beraber hız ölçümlerini de sizlerle paylaşayım. 00:02:01.062 --> 00:02:11.389 Bir telefon hattıyla ilgili birinci gerekli cihaz PSTN yani genel anahtarlı telefon A daha genel bildiğimiz adıyla 56K modem. 00:02:13.470 --> 00:02:15.351 Neden 56k modem diyorduk? 00:02:15.591 --> 00:02:21.972 Çünkü saniyede 56 kilobitlik bir iletim hızı sağlıyor bize. 00:02:23.933 --> 00:02:33.215 Diğer gerekli olan cihaz ise ISDN, integrated services digital network. 00:02:34.796 --> 00:02:38.757 Digital network içerisindeki entegre servisler anlamına geliyor Türkçesiyle. 00:02:39.297 --> 00:02:42.578 ISDN telefon hattı bir terminal adaptörüdür. 00:02:45.270 --> 00:02:54.135 Ve son olarak telefon hattıyla ilgili gereksinimlerden bir tanesi de ADSL, asimetrik dijital abone hattı. 00:02:55.736 --> 00:03:05.702 ADSL özellikle telefon hattı ayrıca ADSL yönlendiricisi, A kablosu, A kartı veya ADSL modemle tanımlanabilir teknik olarak. 00:03:06.983 --> 00:03:23.386 Burada dikkat etmemiz gereken şey PSTN 56 kilobit, ISDN 64 kilobit, ADSL ise 7.2 megabyte, saniyede megabit iletim sağlıyor. 00:03:26.907 --> 00:03:31.730 Teorik hız, hızdan bahsettiğimiz şey burada teorik hız. 00:03:32.531 --> 00:03:36.173 Hat aynı anda birkaç kullanıcı tarafından kullanıldığında bu değer azalır. 00:03:36.173 --> 00:03:45.529 56 kilobit, 64 kilobit, 7.2 rakamları birden fazla bilgisayar bağlandığında hız olarak düşüyor. 00:03:47.290 --> 00:03:49.132 Şimdi gelin transfer ortamlarına bakalım. 00:03:50.493 --> 00:03:52.835 Transfer ortamlarında birincisi UMTS. 00:03:53.236 --> 00:03:56.639 İngilizcede Universal Mobile Telecommunication Service demek. 00:03:56.839 --> 00:04:00.082 Türkçede ise Evrensel Mobil Telekomunikasyon Sistemi. 00:04:01.553 --> 00:04:08.459 Üçüncü nesil mobil iletişim standardı olarak tanımlanır ve bizim daha çok halk arasında bildiğimiz adıyla 3G'dir. 00:04:10.501 --> 00:04:12.582 Hızını burada zaten ekranda görüyorsunuz. 00:04:13.083 --> 00:04:22.170 LTE ise 3G'den daha sonra gelen yani üçüncü jenerasyon, third generation, fourth generation'ın İngilizce'de long term evolution, 00:04:22.210 --> 00:04:25.673 Türkçe'de uzun sürede evrim anlamına gelen yeni versiyon budur. 00:04:26.594 --> 00:04:34.551 Dördüncü nesil mobil iletişim standardı Saniyede 300 Mbit bize ulaştırma şansı verir. 00:04:35.652 --> 00:04:47.325 Bununla ilgili bilmemiz gereken şeylerden bir tanesi, LTE'nin günümüzde yaygınlıkla kullanıldığı fakat günümüzde bazı coğrafyalarda Long term evolution 00:04:47.365 --> 00:04:55.091 uzun süreli evrimde iken 4G teknolojisinin evrimleşmesi sonucunda 4.5G daha hızlı olduğu iddia edilen bir sistem ortaya çıkmıştır. 00:04:55.251 --> 00:05:00.616 Günümüzde yavaş yavaş 5. jenerasyonla 5G kullanılmaya başlamaktadır. 00:05:02.918 --> 00:05:07.001 Geniş bant, İngilizcede broadband, özel bir kablolu bağlantı teknolojisi. 00:05:07.181 --> 00:05:11.825 Geniş bant bağlantısı yönlendirici A kablosu ve A kartı gerektirir. 00:05:13.327 --> 00:05:15.649 Genişband, İngilizce'de Broadband anlamına gelir. 00:05:15.769 --> 00:05:17.650 Özel bir kablolu bağlantı teknolojisidir. 00:05:17.710 --> 00:05:21.552 Genişband bağlantısı yönlendirici A kablosu ve A kartı gerektirir. 00:05:21.652 --> 00:05:25.333 Genişband evlerimizde kullandığımız internetin aslında tanımıdır. 00:05:25.392 --> 00:05:30.076 Cep telefonlarımızla WiFi'e bağlandığımızda yine genişband üzerinden gerçekleşir. 00:05:30.976 --> 00:05:40.360 Broadband teknolojisi özellikle 2000'lerin başına itibaren global anlamda, dünyada ciddi anlamda adapte edip kullanılmaya başlandı ve bu sayede internet 00:05:40.380 --> 00:05:41.481 çağına da geçişimiz hızlandı. 00:05:43.700 --> 00:05:57.612 Son olarak özel durumlarda veya daha nasıl diyelim işte militer amaçlı bir kullanım gerektiğinde veya işte devlet kademesinde bir aktarım gerektiğinde 00:05:57.652 --> 00:06:01.255 uydu telefonda bize gerekli olan bağlantıyı sağlıyor. 00:06:02.056 --> 00:06:13.584 Uyduyla ilgili gelişmelerle ilgili de dünyada uydulların internet kullanımı konusunda daha etkin rol oynayabilmesi için biliyorsunuz Elon Musk'ın bir projesi var. 00:06:14.344 --> 00:06:22.726 Bu proje ile beraber uydularında daha etkin olarak hayatımızda geniş bantın yerini almaya başlayacağına dair bir beklent içerisine girebiliriz. 00:06:25.508 --> 00:06:27.928 İnternet servis sağlayıcısı, ISP nedir? 00:06:28.089 --> 00:06:29.610 Internet Service Provider. 00:06:30.770 --> 00:06:31.990 Az önce de deyinmiştik. 00:06:32.911 --> 00:06:39.392 İnternet servis sağlayıcısı, yaptığımız bir ödeme karşılığında bize internet bağlantısı sağlayan şirketlerin kavramsal adıdır. 00:06:40.785 --> 00:06:43.827 Bu şirketler bizlere veri otoyoluna erişim sağlar. 00:06:44.448 --> 00:06:50.693 Yani şöyle düşünebiliriz, otobana çıkmadan önce nasıl bir ücret ödüyoruz? 00:06:50.873 --> 00:06:59.761 Burada da bir ücret ödeme karşılığında otoban bizim kullanımıza açılıyor ve biz otoban üzerinde gerekli olan işte ulaşım, 00:06:59.821 --> 00:07:02.022 veri aktarımını sağlayabiliyoruz. 00:07:02.103 --> 00:07:04.064 Bu erişime İngilizce'de POP denir. 00:07:05.125 --> 00:07:07.347 POP İngilizce'de Point of Presence anlamına gelir. 00:07:07.407 --> 00:07:09.789 Türkçe'de buna karşılık gelen bulunma noktasıdır. 00:07:13.339 --> 00:07:19.000 Peki, ISP'ler yani internet service provider'lar tarafından bize sunulan hizmetler nedir? 00:07:20.300 --> 00:07:22.361 Bir, bilgilerin ağa uygun tasarımı. 00:07:23.061 --> 00:07:29.242 İki, hosta yönetilen, yani sunucuda yönetilen, herhangi bir yerden erişilebilen bir e-posta adresi. 00:07:30.182 --> 00:07:32.742 Kendimize ait bir internet sayfası olabilir. 00:07:33.002 --> 00:07:34.263 Bir kullanıcı hesabı. 00:07:36.323 --> 00:07:42.604 Ve elbette bu hizmetlerin hangilerine erişim sahibi olduğumuz, satın aldığımız servis paketinin nitelikleriyle alakalıdır.