| Product Type: RAM Module |
| Brand Name: Kingston |
Compatibility: - Acer - Aspire All-in-One Z3 Series AZ3-600-xxxx
- Acer - Aspire All-in-One Z3 Series AZ3-605-xxxx
- Acer - Aspire E Series E3-111-xxxx
- Acer - Aspire E Series E3-112M-xxxx
- Acer - Aspire E Series E5-411-xxxx
- Acer - Aspire E Series E5-421-xxxx
- Acer - Aspire E Series E5-471-xxxx
- Acer - Aspire E Series E5-471G-xxxx
- Acer - Aspire E Series E5-471P-xxxx
- Acer - Aspire E Series E5-472G
- Acer - Aspire E Series E5-473xx-xxx
- Acer - Aspire E Series E5-511-xxxx
- Acer - Aspire E Series E5-511G
- Acer - Aspire E Series E5-511P-xxxx
- Acer - Aspire E Series E5-521-xxxx
- Acer - Aspire E Series E5-551-xxxx
- Acer - Aspire E Series E5-551G-xxxx
- Acer - Aspire E Series E5-571-xxxx
- Acer - Aspire E Series E5-571G-xxxx
- Acer - Aspire E Series E5-571P-xxxx
- Acer - Aspire E Series E5-572G
- Acer - Aspire E Series E5-573x-xxx
- Acer - Aspire E Series E5-574G-xxx
- Acer - Aspire E Series E5-721-xxxx
- Acer - Aspire E Series E5-771/G-xxxx
- Acer - Aspire E Series E5-772G
- Acer - Aspire E Series ES1-111M-xxxx
- Acer - Aspire E Series ES1-111x-xxxx
- Acer - Aspire E Series ES1-131-xxx
- Acer - Aspire E Series ES1-311-xxxx
- Acer - Aspire E Series ES1-411-xxxx
- Acer - Aspire E Series ES1-511-xxxx
- Acer - Aspire E Series ES1-512-xxxx
- Acer - Aspire E Series ES1-520-xxxx
- Acer - Aspire E Series ES1-531-xxxx
- Acer - Aspire E Series ES1-711-xxxx
- Acer - Aspire E1-410 Series
- Acer - Aspire E1-430/430P Series
- Acer - Aspire E1-432 Series
- Acer - Aspire E1-470 Series
- Acer - Aspire E1-472 Series
- Acer - Aspire E1-472G Series
- Acer - Aspire E1-472P Series
- Acer - Aspire E1-4x2 Series
- Acer - Aspire E1-4x2G Series
- Acer - Aspire E1-510/P Series
- Acer - Aspire E1-522-xxx
- Acer - Aspire E1-5x2/G Series
- Acer - Aspire E1-7x2/G Series
- Acer - Aspire E3-111 (E11) Series
- Acer - Aspire F Series F5-571
- Acer - Aspire R 11 Series R3-131T-xxxx
- Acer - Aspire R 14 Series R3-471TG
- Acer - Aspire R 14 Series R3-471xxx
- Acer - Aspire R7 Series R7-572/G
- Acer - Aspire U5 Series AU5-620
- Acer - Aspire V 13 Series
- Acer - Aspire V Nitro VN7-xx1G (DDR3L)
- Acer - Aspire V3 Series V3-111P-xxx
- Acer - Aspire V3 Series V3-112P-xxx
- Acer - Aspire V3 Series V3-331-xxx
- Acer - Aspire V3 Series V3-371-xxx
- Acer - Aspire V3 Series V3-472P-xxx
- Acer - Aspire V3 Series V3-572G-xxx
- Acer - Aspire V3 Series V3-572P-xxx
- Acer - Aspire V3 Series V3-572PG-xxxx
- Acer - Aspire V3 Series V3-575G
- Acer - Aspire V3 Series V3-575T
- Acer - Aspire V3 Series V3-772G-xxx
- Acer - Aspire V5 Series V5-121-xxx
- Acer - Aspire V5 Series V5-123-xxx
- Acer - Aspire V5 Series V5-473Px
- Acer - Aspire V5 Series V5-552P-xxx
- Acer - Aspire V5 Series V5-561xxx Series
- Acer - Aspire V5 Series V5-572P-xxxx
- Acer - Aspire V5 Series V5-573xx
- Acer - Aspire V7 Series V7-482xx
- Acer - Aspire V7 Series V7-582xx
- Acer - Aspire Z Series Z3-605
- Acer - Aspire Z Series Z3-610
- Acer - Aspire Z1 Series AZ1-601
- Acer - Aspire Z1 Series AZ1-611
- Acer - Aspire Z1 Series AZ1-621
- Acer - Aspire ZC Series ZC-102
|
| Form Factor: SODIMM |
| Length: 2.66" (67.60 mm) |
| Manufacturer: Kingston Technology Company |
| Product Name: 8GB DDR3L SDRAM Memory Module |
| Manufacturer Part Number: KCP3L16SD8/8 |
| Manufacturer Website Address: http://www.kingston.com |
| Number Of Pins: 204-pin |
| Thickness: 0.13" (3.30 mm) |
| Weight (Approximate): 0.25 oz (7.08 g) |
Fbbs:
- 1600 MHz memory speed for great multitasking capability
- 8 GB capacity is enough to execute all memory hungry programs simultaneously
- DDR3L SDRAM operates at an effective bus speed with minimal power consumption and as a result, you get optimal computer performance with an improved memory heat dissipation
|
| Feature1: 1600 MHz of memory speed skillfully manages the variety of apps and computational tasks |
| Feature2: SODIMM 8 GB capacity is enough to execute all memory hungry programs simultaneously |
| Feature3: 204-pin-pin DDR3-1600/PC3-12800 operates at an effective bus speed with minimal power consumption and as a result, you get optimal computer performance with an improved memory heat dissipation |
