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JSC 济州半导体是全球最大的移动应用解决方案提供商之一的SRAM
# x7 W# r2 ?) `4 b1 B" n1 P7 E由于济州半导体出道到SRAM(静态随机存取存储器)和4MSRAM的2001市场,济州半导体持续实施全系列低功耗SRAM产品通过1M、2M、4M至8M SRAM。! P2 q% z5 H( C' `) q8 D! K, R- g
济州半导体的SRAM是建立在强大的6晶体管存储单元的技术,可以在非常低的功耗的快速存取时间。济州半导体存储器产品已被公认为最强大的低功耗存储解决方案,可以稳定地运行任何严谨的环境下可以通过移动手机。济州半导体是由世界领先的手机制造商公认的一个最可靠的SRAM制造商。除了手机应用,济州半导体SRAM SRAM提供产品应用在全世界。
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* Q \* g0 K3 x% l4GB + 4Gb 162B (11.5mm x 13mm) JSMPFC1BA1HYHABD-H418& Z0 j6 I) \8 U, a7 |
8GB + 4Gb 162B (11.5mm x 13mm) JSMPGC1BA1HYHABD-H418
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JSFCBB3Y7ABBD-425,JSFCBB3YHABBD-42,JSFCBB3YH3BBD-425
7 t8 a5 X* T8 J% e) h% x2 o; _-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFCBD3YAABBD-425
9 T( H# k' _' \( L- P8 M-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBB3Y7ABBD-425A
% j% z( ^# T, d/ Z5 [3 }" P-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz JSFCBB3Y7ABBG-425A
9 s4 y# Z4 w# U0 H# Z-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBD3Y7ABBD-425A g$ @7 w/ Y' m3 _, c
-2Gb x8 SLC 2Gb x32 LPDDR2 4-bit 400MHz JSFBBB3YHABBG-425
+ `$ p9 E, |; t( a! I7 O0 j-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFBBD3YHABBD-425
; x6 G# r$ \' e6 i' f( z" o4 s-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz162B JSFBBD3YHABBG-425 5 F& X0 P! h1 W! O. c) D2 M' f0 k
-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBD-425A
1 o# y: Q- {8 A-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBG-425A 6 [1 d, J# v: F% ~- |3 A
-2Gb x8 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAA3YHABBE-425 5 j( Q8 t8 e0 h1 v6 ?' {" a- o. Q
-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBD-425
; U" h0 x; X5 J, o# @4 }3 P-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBG-425
3 M8 C- F0 r$ _1 \1 @-2Gb x16 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAC3YHABBE-425 6 s" E; n/ @2 O* ]4 M4 D- G
-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBD-425
/ X G7 a$ ?# N' R! E-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBG-425
( e$ Q# H, g, q2 f-1Gb x8 SLC 1Gb x16 LPDDR2 4-bit 121B JSFAAA3Y7ABBE-425 $ }: z9 Y2 Y- z0 y
-1Gb x8 SLC 1Gb x32 LPDDR2 4-bit 162B JSFAAB3Y7ABBD-425. n/ y$ s8 r/ c
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBB2N7ABBA-450
1 p* Y/ J5 y, u' J6 H6 ]- o-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBB2N7ABBC-450
9 v4 N. [; K/ B4 h/ B-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBD2N7ABBA-450 9 E @& K' S4 V7 z
-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBD2N7ABBC-450
4 X' c9 p( j; l9 v5 a# J2 k6 {-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B JSFBAB2N73ABA-450
0 H* V2 t' [, `6 u. Z-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3Y7ABBE-425
' Q* q g! c: t$ @6 |-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3YHABBE-425
/ C- V, {3 Z! W- G, }8 N, C0 W-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 137B JSFBAB2N72ABC-450 % V/ f/ _6 {! Z9 V
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N73ABA-450
' @. R$ z8 u4 D9 q-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N72ABA-450 9 o1 o+ X; i: y8 t5 y4 o
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N73ABB-450
5 {% h5 q% K. S ]4 c-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N72ABB-450 6 z' r' N. M0 w
-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B JSFA9A2N73ABB-4506 d# U- c+ Y$ i+ `5 Q0 X
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N73BBA-450 " p* D0 Z/ A8 a
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N72BBA-450 b! x: Y: }6 ]7 V$ C
-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2N72ABC-450
2 E3 n6 K- N4 W8 o) `-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N72ABB-450
/ t5 m3 R: A# A# o' R) w& F-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N73ABB-450
' A2 f8 o* X! r$ Z-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N72ABA-450 6 e4 l0 k8 d# {6 a$ l
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N73ABA-450 4 r2 V2 a& s& }& t+ H& S
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2N72BBB-450
5 w2 d' Y+ @, C }# f7 U-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N72BBA-450 l' l9 b5 Q7 q6 Z0 f) Q1 Z
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N73BBA-450
6 T$ g, {& {; `- C3 J, C-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N73ABA-450 5 A' ]" ^. V9 \: J: }1 i
-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N72ABA-450
( e5 D9 T7 |( g. W2 f-1Gb x8 SLC 512Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA9A1N72ABB-460
6 t1 f; m. Y3 d- O& C; U& d" C-1Gb x8 SLC 512Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA9B1N72ABC-460
) ]9 R3 ]6 N2 R" t-1Gb x8 SLC 256Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA8A2N73ABB-450 / \" L+ O5 d6 r
-1Gb x8 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8A2N73BBA-450; s9 J7 v" e, w I/ A
-1Gb x16 SLC 256Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA8C2N73ABA-450
8 f8 y9 W7 y0 n% X" o9 i-1Gb x16 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8C2N73BBA-45
% S3 ]" T, Y) ~$ v0 h/ c! L3 V-1Gb x8 SLC 256Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA8B1N72ABC-460
$ R& i T0 _( M# K-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBB2NHABBC-450
. O) s* L# {; r-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBD2NHABBC-450 : F% m q. h; x2 A# H
-2Gb x8 SLC 1Gb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFBAA2NH3ABA-450 2 U4 Y. f) }2 ~1 {
-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFBAB2NH3ABA-450
7 |/ C2 z$ f# F0 j-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFBAB2NH3BBA-450 7 r m7 e% w' E( u
-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAB2NH3CBA-450 2 L" a( o9 k. M+ B
-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFBAB2NH3BBC-450
* g, W* j2 Y) p% M-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFBAC2NH3BBA-450 / ~4 u# D" O: i d
-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAC2NH3CBA-450
6 Q" M, X( D9 j+ N5 V-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 107B (10.5mm x13mm) JSFBAC2NH3BBB-450
( r8 V1 S; ]0 \; j! F3 m+ E, u-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9A2NH3ABB-450
( C% T5 O% r$ u0 f-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2NH3ABA-450 9 Z8 ]$ B, i% r8 P3 }8 ~8 Y
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2NH3ABB-450
: f2 ~1 P$ [ i; w, C4 ~, M: i-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2NH3ABC-450
4 E; N8 T7 b0 x4 ?-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9B2NH3BBA-450 -/ v, H P) q) M8 t! t% m
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2NH3BBA-450 $ i$ M' J$ U4 p) s6 q5 @
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9A2NH3BBB-450
# ~0 F. n" n P7 I; ]. M$ _-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 137B (10.5mmx 13mm) JSFA9B2NH3BBC-450 4 M* V. `) d6 ~9 D x! | @
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2NH3BBA-450 3 i B* X( Z0 v6 y/ \ J( I. H5 F
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2NH3BBB-450
. |7 T: z s, G$ y. L-1Gb x16 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9D2NH3BBA-450
) d _* \# B3 c/ a; h, v-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A1NH3ABB-460
8 f0 D7 _7 l; n+ d-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A2NH3ABB-450
* u+ Q! `! F% z-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C1NH3ABA-460
. b: x1 Q `2 r& V, A-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C2NH3ABA-450
& m6 D3 L8 e5 K1 S5 b9 }6 @-1Gb x8 SLC 256Mb x16 SDR 4-bit 130B (8mm x 9mm)JSFA8A2NH3BBA-450 8 E7 Z4 n/ q" d6 g) u' l
-1Gb x16 SLC 256Mb x16 SDR 4-bit 130B (8mm x9mm) JSFA8C2NH3BBA-450
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