Intel® Celeron® D processors provide exciting technologies at a great value and are ideal for communications and embedded computing designs, including interactive clients, and industrial automation applications. These processors include embedded lifecycle support, which protects system investment by enabling extended product availability for embedded customers.
These processors are software compatible with previous IA-32 architecture and are validated with a variety of chipsets, which provide the flexibility for a wide range of embedded implementations. The Intel® Celeron® D processors 341Δ and 352Δ offer support for 64-bit computing with Intel® 64 architecture,¹ and support Execute Disable Bit,² which can prevent certain classes of malicious "buffer overflow" attacks when combined with a supporting operating systemProduct highlights
Intel® Celeron® D processors with 533 MHz front-side bus deliver up to 4.3 GB of data per second into and out of the processor.
Rapid execution engine includes two Arithmetic Logic Units (ALUs) clocked at twice the core processor frequency.
Enhanced floating-point and multimedia unit expands floating-point registers to a full 128 bits and adds an additional register for data movement.
Data Prefetch Logic functionality anticipates data needed by an application and pre-loads it into the Advanced Transfer Cache (ATC), further increasing processor and application performance.
These processors are software compatible with previous IA-32 architecture and are validated with a variety of chipsets, which provide the flexibility for a wide range of embedded implementations. The Intel® Celeron® D processors 341Δ and 352Δ offer support for 64-bit computing with Intel® 64 architecture,¹ and support Execute Disable Bit,² which can prevent certain classes of malicious "buffer overflow" attacks when combined with a supporting operating systemProduct highlights
Intel® Celeron® D processors with 533 MHz front-side bus deliver up to 4.3 GB of data per second into and out of the processor.
Rapid execution engine includes two Arithmetic Logic Units (ALUs) clocked at twice the core processor frequency.
Enhanced floating-point and multimedia unit expands floating-point registers to a full 128 bits and adds an additional register for data movement.
Data Prefetch Logic functionality anticipates data needed by an application and pre-loads it into the Advanced Transfer Cache (ATC), further increasing processor and application performance.
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