Intel Mobile Celeron Dual-Core microprocessor family

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  Mobile Celeron Dual-Core
  • » Core & Nehalem microarchitecture
  • » Low budget mobile CPU
  • » Dual core
  • » Up to 2.1 GHz
  • » Up to 800 MHz FSB
  • » Up to 1 MB L2 cache
  • » Up to 2 MB L3 cache
  • » 64-bit
  • » Execute Disable bit
  • » SSE3, SSSE3, SSE4.1
  • » Virtualization
BGA479
BGA956
BGA1288
Socket G1
Socket P
Celeron M 500 series
  • » Core microarchitecture
  • » Low budget mobile CPU
  • » Single core
  • » Up to 2.26 GHz
  • » Up to 667 MHz FSB
  • » Up to 1 MB L2 cache
Pentium Dual-Core Mobile
  • » Budget mobile CPU
  • » Up to 2.3 GHz
  • » Up to 2 MB L2 cache
  • » Up to 3 MB L3 cache
Celeron Dual-Core
  • » Low budget CPU
  • » Up to 2.7 GHz
  • » Virtualization
 

Production parts

Earlier members of Celeron and Pentium Dual-Core families were assigned subsequent model numbers when their clock frequency was bumped by one or half step (T1400 -> T1500, T1600 -> T1700 -> T1800, T3000 -> T3100). This upcoming 2 GHz processor is one step faster than the T3100, and, consequently, it should have been assigned model number T3200. Yet, this CPU was assigned model number T3300, which was done possibly to avoid confusion with Pentium Dual-Core Mobile T3200. Like other member of Mobile Celeron Dual-Core family, the T3300 microprocessor includes only very basic features of Penryn core, such as 64-bit instruction set and execute disable bit feature. The T3300 CPU runs at 2 GHz, has 800 MHz Front Side Bus frequency, and includes shared 1 MB level 2 cache. The processor doesn't support SpeedStep technology, and that is the only difference of this CPU from Pentium Mobile T4200. As such, the performance of the T3300 will be the same as the performance of T4200, but notebooks with T3300 CPUs will have shorter battery life due to missing EIST feature.
Mobile Celeron P4500 is the first dual-core Celeron-branded microprocessor built on 0.032 micron process. Like all mobile Core i3 and i5 microprocessors, the Celeron is based on Arrandale core, which replaces Front Side Bus interface with integrated memory controller and Direct Media interface. The microprocessor has two cores integrated on a single die, while other package components - the memory controller, PCI Express interface and graphics controller, are located on a separate die. Each core incorporates 64 KB level 1 cache and 256 KB level 2 cache. The processor also has 2 MB shared level 3 cache. Basic features of this CPU are 64-bit instructions, Virtualization technology, and SIMD extensions up to SSE4. The Mobile Celeron P4500 is fabricated in micro-PGA package, and works in socket 988 motherboards. Currently, the P4500 is supported by Mobile Intel HM55, HM57 and QM57 Express Chipsets. As of beginning of May, 2010, Celeron P4500 microprocessors are shipped in Lenovo ThinkPad Edge line of notebooks, HP ProBook-series (4520s, 6450b, etc), Dell Vostro 3500 and 3700, and notebooks from other manufacturers.
Dual-core Mobile Celeron P4505 was introduced at roughly the same time as Mobile Celeron P4500. There many similarities between two models - they are based on Arrandale core, run at 1.86 GHz, have 512 KB L2 cache and 2 MB level 3 cache, and do not include any advanced technologies of Westmere micro-architecture, such as AES instructions, HyperThreading or Turbo Boost. The P4505 is positioned is solely as an embedded microprocessor, and it incorporates two important enhancements for embedded market. Integrated memory controller on the Celeron P4505 can work with ECC and non-ECC memory. PCI Express Interface on this Celeron can be configured as one x16 PCI express port, which is similar to other Arrandle mobile CPUs, or as two x8 PCI Express ports. Mobile Celeron P4505 is packaged into 1288-ball BGA (Ball Grid Array) package, and is soldered directly on a motherboard. At this time (May 2010) the P4505 is supported by Mobile Intel QM57 Express Chipset.

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At a glance

Type:
64-bit microprocessor
Technology (micron):
0.032 - 0.065
The number of cores:
1, 2
Frequency (GHz):
1 - 2.1
L3 cache size (MB):
0 - 2
TDP (Watt):
10 - 35