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[讨论] JSC 济州半导体Nand MCP搭配高通联芯方案

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发表于 2018-7-27 15:57:04 | 显示全部楼层 |阅读模式
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, v$ B. V' E: q* Q, X5 V0 Y
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。
7 W" e9 G2 M" G4 s! Y! _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。: S+ t" u4 i- b$ L% H
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emcp:
# B' l. K6 m# j( |4GB + 4Gb 162B (11.5mm x 13mm) JSMPFC1BA1HYHABD-H418
' ~+ F; Z, e1 J' _( F+ R8GB + 4Gb 162B (11.5mm x 13mm) JSMPGC1BA1HYHABD-H418
# _) e6 R) J- `0 H7 w2 Tnand mcp:
/ L9 g4 F- X. I7 X3 i/ VJSFCBB3Y7ABBD-425,JSFCBB3YHABBD-42,JSFCBB3YH3BBD-425
9 D, \: a) G" R4 P% N-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFCBD3YAABBD-425
, B8 ~7 I, p- `/ ~) j% v3 G-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBB3Y7ABBD-425A
8 V/ H' g2 c) n- Y2 d9 u-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz JSFCBB3Y7ABBG-425A ( j, |5 o: x! y; A- ]" M
-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBD3Y7ABBD-425A
' ^3 k- n6 }% y+ ~-2Gb x8 SLC 2Gb x32 LPDDR2 4-bit 400MHz JSFBBB3YHABBG-425
2 s1 A& k+ r$ a-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFBBD3YHABBD-425   Y8 o8 D, t/ F' x0 n* d
-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz162B  JSFBBD3YHABBG-425 - _) g) i- i3 n
-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBD-425A * w8 R, v1 ~# B; f6 g1 Y- u! _
-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBG-425A % b# s- p0 N; B7 O. A6 N, Z
-2Gb x8 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAA3YHABBE-425
4 O& V; A2 T1 o9 x7 N-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBD-425 3 |* [6 {; V3 }
-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBG-425 4 w$ Q$ i" L3 V. ^  B/ E5 U7 h$ m
-2Gb x16 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAC3YHABBE-425
7 W  T/ e8 y4 {-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBD-425 ( n4 M. |, V6 D. O! }3 F
-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBG-425" @* ~' ~4 A  @* v' c/ g5 K9 T' g
-1Gb x8 SLC 1Gb x16 LPDDR2 4-bit 121B JSFAAA3Y7ABBE-425
2 Q' B  M1 d9 g. j2 D* o9 w. ]-1Gb x8 SLC 1Gb x32 LPDDR2 4-bit 162B JSFAAB3Y7ABBD-4259 t+ u2 {# b" J) d3 r( B2 m
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBB2N7ABBA-450
- U/ x8 K$ c# v" [" b$ S- A6 u-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBB2N7ABBC-450
; |. Q0 X/ ]/ ?& u0 n8 g/ @" G-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBD2N7ABBA-450 $ _9 w# Z6 \, v6 g9 \5 V
-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBD2N7ABBC-450 1 k- W7 ?- l: B6 l# T9 F8 d; o
-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B JSFBAB2N73ABA-450 % |( H$ P5 a: y" T" P* t  o
-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3Y7ABBE-425
7 {9 p* h, `3 q% o-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3YHABBE-425 ( A0 \: c7 q7 Z" o1 b! i
-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 137B JSFBAB2N72ABC-450 / i, Z! k" b/ Z/ o! V# Q: k4 a
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N73ABA-450 ( G3 y! ^+ J3 n* z+ @
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N72ABA-450
* A0 ?0 q( d. L! B) L8 [  n% j7 P-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N73ABB-450
( H, v0 R8 l- Y* D7 H0 m3 \-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N72ABB-450
8 G* z# F. d" |7 v! q& P-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B JSFA9A2N73ABB-450
2 O8 L9 n+ n4 [% @4 U1 i) b-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N73BBA-450
% Q& b  U* G0 c& e8 z# E  }% e-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N72BBA-450
( z: ^6 v+ h) u' L# G/ D% o6 F" v  E9 H-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2N72ABC-4502 W* A8 w0 g# }8 V0 g$ M
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N72ABB-450 # b: v4 Y' R& t& q4 t& x& z
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N73ABB-450 + N/ Q' O5 M7 \0 m+ b* k
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N72ABA-450
  I& A- _! j$ L. y. v-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N73ABA-450
4 t2 b  ?& G" f5 L-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2N72BBB-450 " D  i$ M8 N* S- [6 u
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N72BBA-450
4 n% m0 u0 B! S6 v0 {' ?6 U-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N73BBA-450 ; q  N# w6 a, B
-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N73ABA-450
$ N$ r9 ~4 g, [# d-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N72ABA-450 5 U& R- ^- z$ D$ }8 ^0 q5 N
-1Gb x8 SLC 512Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA9A1N72ABB-460 # G. f5 n/ M8 F( F* E
-1Gb x8 SLC 512Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA9B1N72ABC-460
. D$ m/ |' Y4 @4 J. d  C, E-1Gb x8 SLC 256Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA8A2N73ABB-450 7 F2 v$ k$ }* s* W" X
-1Gb x8 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8A2N73BBA-450
0 Q, L" N+ U) H( t6 v/ K-1Gb x16 SLC 256Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA8C2N73ABA-450 9 p' n/ K5 m! S. e0 z$ t$ o2 ^7 T$ u
-1Gb x16 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8C2N73BBA-458 N; n; K, V9 c/ H4 ?9 k; S
-1Gb x8 SLC 256Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA8B1N72ABC-460+ [/ P" g  j+ I. [9 @
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBB2NHABBC-450 . V+ {$ _: c, n4 O; _: x) Z: a
-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBD2NHABBC-450
" m  q  w6 \/ o! }/ L* ]. u6 {-2Gb x8 SLC 1Gb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFBAA2NH3ABA-450
' ]3 p. x7 Q9 \9 U-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFBAB2NH3ABA-450 * x! \. x3 e2 v* {
-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFBAB2NH3BBA-450
0 B& o: @  D* W" ]# o9 N-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAB2NH3CBA-450
* e3 I( ]3 _! @  e0 |( @/ i/ {8 i-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFBAB2NH3BBC-450 9 w& {) ^- c  l4 K
-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFBAC2NH3BBA-450 1 T1 ~: ^" c4 I+ V
-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAC2NH3CBA-450 $ ~1 _+ d5 q% ]1 i/ b
-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 107B (10.5mm x13mm) JSFBAC2NH3BBB-450
1 a$ }8 v9 N3 j! h# \. z$ y+ T-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9A2NH3ABB-450 9 D9 H. S8 C% ]/ b
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2NH3ABA-450
, c; N7 h* r/ l* S: M* g-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2NH3ABB-450 1 L: D0 }6 \/ h  R! H3 z+ E: Z! \
-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2NH3ABC-450 1 v) d9 x' b# k& N
-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9B2NH3BBA-450 -
; i8 }5 k, |8 o2 f-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2NH3BBA-450 ( A' s! h& ?& B0 d
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9A2NH3BBB-450 1 |. I0 [+ D3 Q% y
-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 137B (10.5mmx 13mm) JSFA9B2NH3BBC-450
; X4 U' E% O' M' w-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2NH3BBA-450
" ^& P* @: B/ O-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2NH3BBB-450
8 ?7 d" v- G/ W# C7 X2 e-1Gb x16 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9D2NH3BBA-450 : J9 K" K/ z7 m  W/ S" k/ r( p
-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A1NH3ABB-460
0 e1 Z7 T1 z1 _. L6 f-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A2NH3ABB-450 8 E2 V5 l# p' n) R# ^6 L
-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C1NH3ABA-460
4 \# k2 h6 E# ^1 R9 O8 c2 h-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C2NH3ABA-450 6 g! Q3 k9 a- t# J
-1Gb x8 SLC 256Mb x16 SDR 4-bit 130B (8mm x 9mm)JSFA8A2NH3BBA-450
. `- }( M3 o( {- Z. M- W, N" J6 U-1Gb x16 SLC 256Mb x16 SDR 4-bit 130B (8mm x9mm) JSFA8C2NH3BBA-450
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