arkadaşlar nedir bu 64 bit teknolojisi biraz bu konuyu açabilirmisiniz aydınlatma amaçlı.nedeni şu ki celeron 2,8 sempron 2500 den daha kötü olduğu söyleniyo bazı yerlerde yani birisi 1,4 ghz birisi 2,8 ghz amd daha hızlı deniyo ama teorik olarak celeron daha hızlı amd ye gücünü veren 64 bit teknolojisimi bu 2 işlemcide amd nin daha yavaş olduğunu söyleyen çıkmadı ...
amdede fpu (matematiksel işlem) yüksek farklı ve ayrıca saat frekansı farkı önemli değil işlemciler arasındaki yapısal teknoloji farkından dolayı söyleyenler doğru söylemiş intel 6.0 ghz olsada işlemciler arasında farklı teknolojiler var o yüzde amd üstün geliyo 64 bit teknolojisi inteldede var hatta lisansı amd den aldı ama amd daha başarılı bir işlemci
İşlemcilerin içinde kayar nokta hesapları, aritmetik hesaplar vs. gibi işlem birimleri vardır. Ve verilen işlem L2 bellekten işlemciye doğru sırada verilir ve en kısa sürede işlenecek şekilde hesaplanır. Bu hesaplanma döngüsü içindeki her bir işleme çevrim denir. AMD işlemcilerde tek işlem komutuyla birden fazla(işlemine göre değişir) çevrim yapabilme yeteneği vardır. Intel işlemcilerde ise, bütün görevler teker teker çevrimler şeklinde hesaplanır. Bu yüzden aslında Intel işlemleri çok daha hızlı işlemesine rağmen yapısal çalışma şekli nedeniyle aynı saat frekansında AMD'nin gerisinde kalıyor. 64-bitin mevcut kullanılan 32-bit sisteminden tek farkı işlem kodunun artmasıdır. Bunun getirisi sadece 64-bit işlem koduna göre yazılmış uygulamalarda görülebilir.
İşlemcilerin içinde kayar nokta hesapları, aritmetik hesaplar vs. gibi işlem birimleri vardır. Ve verilen işlem L2 bellekten işlemciye doğru sırada verilir ve en kısa sürede işlenecek şekilde hesaplanır. Bu hesaplanma döngüsü içindeki her bir işleme çevrim denir. AMD işlemcilerde tek işlem komutuyla birden fazla(işlemine göre değişir) çevrim yapabilme yeteneği vardır. Intel işlemcilerde ise, bütün görevler teker teker çevrimler şeklinde hesaplanır. Bu yüzden aslında Intel işlemleri çok daha hızlı işlemesine rağmen yapısal çalışma şekli nedeniyle aynı saat frekansında AMD'nin gerisinde kalıyor. 64-bitin mevcut kullanılan 32-bit sisteminden tek farkı işlem kodunun artmasıdır. Bunun getirisi sadece 64-bit işlem koduna göre yazılmış uygulamalarda görülebilir.
bu söylediklerin amd nin tüm işlemcileri için geçerli mi
uzun olcak biraz ama ingilizce biliyosan sorun olmaz reseach hazırladıkta 64 bit de vardı konuda
3.2.1) WHAT IS 64 BIT THECHNOLOGY 32 Bit standard slowly changes to the 64 bit. This new technology can process 8 byte data in one process. It allows us to process the big operation in a less time. 3.2) A NEW 64-BIT TECHNOLOGY ADVANTAGES 32-bit refers to the number of bits (the smallest unit of information on a machine) that can be processed or transmitted in parallel, or the number of bits used for single element in a data format. The term when used in conjunction with a microprocessor indicates the width of the registers; a special high-speed storage area within the CPU. A 32-bit microprocessor (INTEL) can process data and memory addresses that are represented by 32 bits. 64-bit refers to a processor with registers that store 64-bit numbers. A generalization would be to suggest that 64-bitAMD architecture would double the amount of data a CPU can process per clock cycle. Users would note a performance increase because a 64-bit AMD CPU can handle more memory and larger files. One of the most attractive features of 64-bit AMD processors is the amount of memory the system can support. 64-bit AMD architecture will allow systems to address up to 1 terabyte of memory. In today's 32-bit INTEL desktop systems, you can have up to 4GB of RAM which is split between the applications and the operating system. The majority of desktop computers today do not even have 4GB of memory installed, and most small business and home desktop computer software do not require that much memory either. As more complex software and 3D games become available however, we could actually see this become a limitation, but for the average home user that is very far down the road indeed. Unfortunately, most benefits of a 64-bit AMD CPU will go unnoticed without the key components of a 64-bit operating system and 64-bit software and drivers which are able to take advantage of 64-bit AMD processor features. Additionally for the average home computer user, 32-bit INTEL is more than adequate computing power. When making the transition from 32-bit INTEL to 64-bit AMD desktop PCs, users will not actually see Web browsers and word processing programs run faster. Benefits of 64-bit AMD processors would be seen with more demanding applications such as video encoding, scientific research, searching massive databases; tasks where being able to load massive amounts of data into the system's memory is required. While talk of 64-bit architecture may make one think this is a new technology, 64-bit computing has been used over the past ten years in supercomputing and database management systems. Many companies and organizations with the need to access huge amounts of data have already made the transition to using 64-bit AMD servers, since a 64-bit AMD server can support a greater number of larger files and could effectively load large enterprise databases to into memory allowing for faster searches and data retrieval. Additionally, using a 64-bit AMD processor means organizations can support more simultaneous users on each server potentially removing the need for extra hardware as one 64-bit AMD server could replace the use of several 32-bit INTEL servers on a network.
Teknoloji Haberleri
Bu mesaja 1 cevap geldi. Cevapları Gizle
Bu mesaja 1 cevap geldi. Cevapları Gizle
Bu mesaja 1 cevap geldi. Cevapları Gizle
Bu mesaja 1 cevap geldi. Cevapları Gizle
incele dostum
Bu mesaja 1 cevap geldi. Cevapları Gizle
Bu mesaja 1 cevap geldi. Cevapları Gizle
Bu mesaja 1 cevap geldi. Cevapları Gizle
3.2.1) WHAT IS 64 BIT THECHNOLOGY
32 Bit standard slowly changes to the 64 bit. This new technology can process 8 byte data in one process. It allows us to process the big operation in a less time.
3.2) A NEW 64-BIT TECHNOLOGY ADVANTAGES
32-bit refers to the number of bits (the smallest unit of information on a machine) that can be processed or transmitted in parallel, or the number of bits used for single element in a data format. The term when used in conjunction with a microprocessor indicates the width of the registers; a special high-speed storage area within the CPU. A 32-bit microprocessor (INTEL) can process data and memory addresses that are represented by 32 bits.
64-bit refers to a processor with registers that store 64-bit numbers. A generalization would be to suggest that 64-bitAMD architecture would double the amount of data a CPU can process per clock cycle. Users would note a performance increase because a 64-bit AMD CPU can handle more memory and larger files. One of the most attractive features of 64-bit AMD processors is the amount of memory the system can support. 64-bit AMD architecture will allow systems to address up to 1 terabyte of memory. In today's 32-bit INTEL desktop systems, you can have up to 4GB of RAM which is split between the applications and the operating system.
The majority of desktop computers today do not even have 4GB of memory installed, and most small business and home desktop computer software do not require that much memory either. As more complex software and 3D games become available however, we could actually see this become a limitation, but for the average home user that is very far down the road indeed.
Unfortunately, most benefits of a 64-bit AMD CPU will go unnoticed without the key components of a 64-bit operating system and 64-bit software and drivers which are able to take advantage of 64-bit AMD processor features. Additionally for the average home computer user, 32-bit INTEL is more than adequate computing power.
When making the transition from 32-bit INTEL to 64-bit AMD desktop PCs, users will not actually see Web browsers and word processing programs run faster. Benefits of 64-bit AMD processors would be seen with more demanding applications such as video encoding, scientific research, searching massive databases; tasks where being able to load massive amounts of data into the system's memory is required.
While talk of 64-bit architecture may make one think this is a new technology, 64-bit computing has been used over the past ten years in supercomputing and database management systems. Many companies and organizations with the need to access huge amounts of data have already made the transition to using 64-bit AMD servers, since a 64-bit AMD server can support a greater number of larger files and could effectively load large enterprise databases to into memory allowing for faster searches and data retrieval. Additionally, using a 64-bit AMD processor means organizations can support more simultaneous users on each server potentially removing the need for extra hardware as one 64-bit AMD server could replace the use of several 32-bit INTEL servers on a network.
Bu mesaja 1 cevap geldi. Cevapları Gizle