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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
* m/ T: D, I: A0 W) a! R8 d# ?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。' t9 @( {/ L1 ~1 f, ^5 [* ? v" a
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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4GB + 4Gb 162B (11.5mm x 13mm) JSMPFC1BA1HYHABD-H418# Y' `3 N# f1 K8 Q9 s9 N
8GB + 4Gb 162B (11.5mm x 13mm) JSMPGC1BA1HYHABD-H418
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JSFCBB3Y7ABBD-425,JSFCBB3YHABBD-42,JSFCBB3YH3BBD-425- X) {0 p( e9 S) o
-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFCBD3YAABBD-425 1 H' |9 U! o. v4 Z5 |
-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBB3Y7ABBD-425A
4 u3 i* t0 u* f4 ?, h1 A-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz JSFCBB3Y7ABBG-425A 8 ~4 c% U( k! J) r6 P0 C
-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBD3Y7ABBD-425A
# @2 N9 b" R, d-2Gb x8 SLC 2Gb x32 LPDDR2 4-bit 400MHz JSFBBB3YHABBG-425
% U" p2 |8 {& q* [ u) [* f6 c( L N-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFBBD3YHABBD-425
/ [* ?% I6 Y9 H9 u, i-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz162B JSFBBD3YHABBG-425 ( c k4 _0 _$ o9 U# }$ g$ ^# C) o
-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBD-425A
: x4 m. E0 {* i$ p-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBG-425A
/ W" Y( ]3 H; e5 d# @-2Gb x8 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAA3YHABBE-425 4 O5 h/ @$ z4 f7 X% Y
-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBD-425
$ _! I: R8 G8 b- m-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBG-425
+ c3 U5 I0 D4 r, M: V ?$ {7 g$ V; n-2Gb x16 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAC3YHABBE-425 : ? _" P4 a) Q& h7 s+ j
-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBD-425 / ] d. m8 L3 V% s4 G
-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBG-425 v! t# ]! E6 w0 X0 e( | l* V" z
-1Gb x8 SLC 1Gb x16 LPDDR2 4-bit 121B JSFAAA3Y7ABBE-425
4 F% n1 U/ N& r& r: W* X2 q1 H X2 l-1Gb x8 SLC 1Gb x32 LPDDR2 4-bit 162B JSFAAB3Y7ABBD-4252 X0 X$ r) b4 O$ Y, S% Y
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBB2N7ABBA-450 % m* ], h9 A; K+ k2 a" O; J
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBB2N7ABBC-450
+ b3 Z8 u! y9 m6 N( p( ]-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBD2N7ABBA-450 ! \$ N' `; c& h1 _: v5 v
-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBD2N7ABBC-450 . r2 b, t+ n6 o2 N J* L6 q7 m
-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B JSFBAB2N73ABA-450
# H! {3 x2 A! f6 ?4 M* b7 t+ E-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3Y7ABBE-425
( b3 W0 m5 [0 j# ^. @2 t-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3YHABBE-425
8 s/ F) d( S% y-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 137B JSFBAB2N72ABC-450
1 v+ F" n% {6 a8 k-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N73ABA-450 ! t T! _. ~8 B2 f! P/ _7 X
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N72ABA-450 ) ~3 ?9 B& N, p
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N73ABB-450 + \& {! N- F! B! F6 g
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N72ABB-450
! R# G7 L$ D) u! w-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B JSFA9A2N73ABB-450
- E) a2 F ^) B/ |-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N73BBA-450 + w, L5 v6 J/ Z! l( _
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N72BBA-450
# e% y0 \1 `3 Z4 F-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2N72ABC-450. o: ]) V4 N. Y. j
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N72ABB-450 , m0 c4 `" ^+ w* F* s8 a4 A
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N73ABB-450
, A" P9 P# J8 b+ n; H-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N72ABA-450 ( {+ w, i6 l3 |% t/ c' X: l
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N73ABA-450
6 m8 r3 p5 ^9 E, [6 g( r# ]-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2N72BBB-450 2 I# H/ N3 V: v" P( k
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N72BBA-450
# v" X# k4 Y) S& _% [# ^3 Z$ `-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N73BBA-450 $ ]' o% D1 O# ~0 ^
-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N73ABA-450 1 U; a/ Q! m5 b: u/ y V4 B6 G
-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N72ABA-450
+ H, ` b' A; B+ L) M-1Gb x8 SLC 512Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA9A1N72ABB-460
, X- _8 a+ y& @* T4 s$ _, r-1Gb x8 SLC 512Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA9B1N72ABC-460 : g' h7 C" N' N7 \, E7 o) r* l* z" }1 S J
-1Gb x8 SLC 256Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA8A2N73ABB-450 ( u; Z9 P6 p! H! q3 Y- R
-1Gb x8 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8A2N73BBA-450
# e4 C$ u4 m7 {! h1 l: o6 T) i-1Gb x16 SLC 256Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA8C2N73ABA-450
$ R/ H2 Q/ e0 q* S-1Gb x16 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8C2N73BBA-45# B# Q8 v6 c+ R( e$ W; Q7 B" y
-1Gb x8 SLC 256Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA8B1N72ABC-460$ I( ?& u/ F9 ^. \5 D% B! b$ _) W
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBB2NHABBC-450 ' o4 Y/ [6 l: J
-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBD2NHABBC-450 2 G: e2 S/ s- V8 l
-2Gb x8 SLC 1Gb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFBAA2NH3ABA-450
e8 E. v7 c9 n! h( U+ i5 v3 ^-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFBAB2NH3ABA-450
1 p9 U9 Z+ _4 _1 r, E% s5 C. Y3 \-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFBAB2NH3BBA-450
1 c# e& M/ C; h. }( x+ ]-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAB2NH3CBA-450 4 w1 _, H7 j4 |
-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFBAB2NH3BBC-450 ' y" `# m7 ]6 ]$ H. j a" @
-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFBAC2NH3BBA-450
$ x1 k* M% @8 _' m-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAC2NH3CBA-450 * [7 `* b8 A& g- J4 ]
-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 107B (10.5mm x13mm) JSFBAC2NH3BBB-450
( N7 i# D! r: ]2 M) K# P; ^1 o-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9A2NH3ABB-450 ( o1 {% J! |9 u
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2NH3ABA-450 . I4 |! ]1 f) T4 G0 W- d6 u7 t7 ?
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2NH3ABB-450
, m' I G$ M6 M1 R' j-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2NH3ABC-450
1 E4 ~0 D5 Y K. G% M-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9B2NH3BBA-450 -& {, d' c+ o& q+ P& |% T
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2NH3BBA-450 : e) M2 \$ L$ o: Y2 U
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9A2NH3BBB-450 ! V, C" ?* D9 P' Q2 p
-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 137B (10.5mmx 13mm) JSFA9B2NH3BBC-450 0 l) J A! ^' z3 m
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2NH3BBA-450
2 W6 T$ J; z* [+ |6 c0 M-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2NH3BBB-450 9 {7 N- [% }# g
-1Gb x16 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9D2NH3BBA-450
4 _- A6 c6 l: o. M b-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A1NH3ABB-460 % _/ i1 V2 @9 \; ^; x) G- C% O# R
-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A2NH3ABB-450
. S8 D2 x8 i0 y# [% F% x; G# f& X-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C1NH3ABA-460 4 z' f K6 U& f/ ^) L
-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C2NH3ABA-450
$ R5 z2 i6 B% M! Q2 v-1Gb x8 SLC 256Mb x16 SDR 4-bit 130B (8mm x 9mm)JSFA8A2NH3BBA-450 . Z0 ?0 n0 Q7 W5 s# r. V4 ?
-1Gb x16 SLC 256Mb x16 SDR 4-bit 130B (8mm x9mm) JSFA8C2NH3BBA-450" H% I: S( X4 x
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