Core i3,i5 and i7 Socket G2 / Socket rPGA988B

Core i3,i5 and i7 Socket G2 / Socket rPGA988B

Socket G2, additionally called rPGA988B, was presented in January 2011 as an attachment for versatile microchips, taking into account Sandy Bridge microarchitecture. Nearby the new CPUs, Intel propelled HM65, HM67, QM67, QS6 and UM67 6-arrangement versatile chipsets, good with the attachment. While the introductory dispatch of attachment G2 stage included just Core-marked processors, Intel in the end discharged versatile Celeron and Pentium "Sandy Bridge" models, perfect with the attachment.

The rPGA988B was additionally utilized for the up and coming era of versatile microchips, codenamed "Ivy Bridge". These CPUs were discharged in April 2012, and were matched with new 7-arrangement chipsets, that offered halfway similarity with more seasoned items. The 7-arrangement chipsets upheld Ivy Bridge, as well as Sandy Bridge versatile processors. In any case, because of changes in electrical interface of Ivy Bridge chips, they couldn't be utilized as a part of more seasoned motherboards, based on 6-arrangement chipsets.

Presently (February 2015), the attachment G2 lives up to expectations with single-, double  and quad-center portable chip, working at frequencies at up to 3 GHz, and having Thermal Design Power in the 35 Watt - 55 Watt range. The rPGA988B underpins double channel DDR3 memory with information rates 1066 MHz for plan chips, 1333 MHz for mid-class models and 1600 MHz for superior CPUs. On the interface side, it backings Direct Media Interface 2.0, that gives twice as much data transmission as DMI on past era of Intel Nehalem and Westmere versatile processors. As of now the attachment is outdated, and in June 2013 it was superseded by attachment G3, which is contrary with the rPGA988B.

The attachment G2 has 988 pin gaps, masterminded as 35 x 36 framework, with two stopped pin openings at one of the edges of the matrix, and with 18 x 15 area expelled from the inside of the network. The attachment utilizes an actuator to bolt or discharge the processor. To bolt the CPU the actuator must be turned clockwise, and to discharge the chip the actuator needs to be turned counter clockwise.


Attachments G1 and G2 have the same number of pin gaps, yet they are not good with one another because of diverse position of one pin gap.

             

Supported processors

Model	Box part numbers	Technology (micron)	Cores	Frequency (MHz)	Turbo freq. (MHz)	L2 cache (KB)	L3 cache (KB)	TDP (Watt)
Core i3-2312M		0.032	2	2100		512	3072	35
Core i3-2308M		0.032	2	2100		512	3072	35
Core i3-2310M		0.032	2	2100		512	3072	35
Core i3-2332M		0.032	2	2200		512	3072	35
Core i3-2330E		0.032	2	2200		512	3072	35
Core i3-2328M		0.032	2	2200		512	3072	35
Core i3-2330M		0.032	2	2200		512	3072	35
Core i3-2350M		0.032	2	2300		512	3072	35
Core i3-2348M		0.032	2	2300		512	3072	35
Core i3-3110M		0.022	2	2400		512	3072	35
Core i3-3120ME		0.022	2	2400		512	3072	35
Core i3-2370M		0.032	2	2400		512	3072	35
Core i3-3120M		0.022	2	2500		512	3072	35
Core i3-3130M		0.022	2	2600		512	3072	35
Core i5-2410M		0.032	2	2300	2900	512	3072	35
Core i5-2430M		0.032	2	2400	3000	512	3072	35
Core i5-2450M		0.032	2	2500	3100	512	3072	35
Core i5-3210M		0.022	2	2500	3100	512	3072	35
Core i5-2520M	BX80627I52520M	0.032	2	2500	3200	512	3072	35
Core i5-2510E		0.032	2	2500	3100	512	3072	35
Core i5-3320M	BX80638I53320M	0.022	2	2600	3300	512	3072	35
Core i5-3230M		0.022	2	2600	3200	512	3072	35
Core i5-2540M	BX80627I52540M	0.032	2	2600	3300	512	3072	35
Core i5-3610ME		0.022	2	2700	3300	512	3072	35
Core i5-3340M	BX80638I53340M	0.022	2	2700	3400	512	3072	35
Core i5-3360M	BX80638I53360M	0.022	2	2800	3500	512	3072	35
Core i5-3380M	BX80638I53380M	0.022	2	2900	3600	512	3072	35
Core i7-2630QM		0.032	4	2000	2900	1024	6144	45
Core i7-3612QM		0.022	4	2100	3100	1024	6144	35
Core i7-2710QE		0.032	4	2100	3000	1024	6144	45
Core i7-3632QM		0.022	4	2200	3200	1024	6144	35
Core i7-2720QM	BX80627I72720QM	0.032	4	2200	3300	1024	6144	45
Core i7-2670QM		0.032	4	2200	3100	1024	6144	45
Core i7-2820QM	BX80627I72820QM	0.032	4	2300	3400	1024	8192	45
Core i7-3610QE		0.022	4	2300	3300	1024	6144	45
Core i7-3610QM		0.022	4	2300	3300	1024	6144	45
Core i7-2760QM	BX80627I72760QM	0.032	4	2400	3500	1024	6144	45
Core i7-3630QM		0.022	4	2400	3400	1024	6144	45
Core i7-2860QM	BX80627I72860QM	0.032	4	2500	3600	1024	8192	45
Core i7-3720QM	BX80638I73720QM	0.022	4	2600	3600	1024	6144	45
Core i7-3820QM	BX80638I73820QM	0.022	4	2700	3700	1024	8192	45
Core i7-3740QM	BX80638I73740QM	0.022	4	2700	3700	1024	6144	45
Core i7-2620M		0.032	2	2700	3400	512	4096	35
Core i7-2640M		0.032	2	2800	3500	512	4096	35
Core i7-3840QM	BX80638I73840QM	0.022	4	2800	3800	1024	8192	45
Core i7-3520M		0.022	2	2900	3600	512	4096	35
Core i7-3540M		0.022	2	3000	3700	512	4096	35
Core i7-2920XM		0.032	4	2500	3500	1024	8192	55
Core i7-2960XM		0.032	4	2700	3700	1024	8192	55
Core i7-3920XM		0.022	4	2900	3800	1024	8192	55
Core i7-3940XM		0.022	4	3000	3900	1024	8192	55
Celeron B800		0.032	2	1500		512	2048	35
Celeron B815		0.032	2	1600		512	2048	35
Celeron B810		0.032	2	1600		512	2048	35
Celeron B710		0.032	1	1600		256	1536	35
Celeron B720		0.032	1	1700		256	1536	35
Celeron B820		0.032	2	1700		512	2048	35
Celeron B830		0.032	2	1800		512	2048	35
Celeron B730		0.032	1	1800		256	1536	35
Celeron 1000M		0.022	2	1800		512	2048	35
Celeron B840		0.032	2	1900		512	2048	35
Celeron 1005M		0.022	2	1900		512	2048	35
Celeron 1020M		0.022	2	2100		512	2048	35
Celeron 1020E		0.022	2	2200		512	2048	35
Pentium B940		0.032	2	2000		512	2048	35
Pentium B950		0.032	2	2100		512	2048	35
Pentium B960		0.032	2	2200		512	2048	35
Pentium B970		0.032	2	2300		512	2048	35
Pentium B980		0.032	2	2400		512	2048	35
Pentium 2020M		0.022	2	2400		512	2048	35
Pentium 2030M		0.022	2	2500		512	2048	35