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中国安防论坛»论坛 › 安防技术 › 视频监控 › JSC 济州半导体Nand MCP搭配高通联芯方案
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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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dct-monica

安防工作者

Rank: 3Rank: 3

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385
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
+ s. O  n, e: n% M2 t& Y6 t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。5 f5 A- K6 d) U" I
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。1 O& ?9 `; I% A$ x" q0 A
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emcp:7 `; x- Y  c$ Z, F9 t! I, P
4GB + 4Gb 162B (11.5mm x 13mm) JSMPFC1BA1HYHABD-H418$ b8 J7 @* P8 U# a% `. z
8GB + 4Gb 162B (11.5mm x 13mm) JSMPGC1BA1HYHABD-H418 5 P1 J" e( s& Y& ]
nand mcp:3 g* R9 F& A; G2 T& m2 N2 Q$ u
JSFCBB3Y7ABBD-425,JSFCBB3YHABBD-42,JSFCBB3YH3BBD-425
- W3 ]7 }3 [9 b4 [/ g-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFCBD3YAABBD-425 2 P; c4 E: j7 k9 b
-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBB3Y7ABBD-425A
# s7 t2 |. r% s! _8 ^7 `" x0 [-4Gb x8 SLC 2Gb x32 LPDDR2 4-bit 533MHz JSFCBB3Y7ABBG-425A
; j1 ?( U& i0 H& U% G# h-4Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFCBD3Y7ABBD-425A, q5 I: B' `9 s+ ~3 Z% A
-2Gb x8 SLC 2Gb x32 LPDDR2 4-bit 400MHz JSFBBB3YHABBG-425
4 H' m6 l# x6 v( v2 T, P-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz 162B JSFBBD3YHABBD-425 6 @4 S7 l0 F( {- S
-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 400MHz162B  JSFBBD3YHABBG-425
# @4 c- |* d8 l/ G! g-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBD-425A 1 T# z2 A9 u' _, F2 R
-2Gb x16 SLC 2Gb x32 LPDDR2 4-bit 533MHz 162B JSFBBD3YHABBG-425A
7 u1 X1 ^8 ^8 m4 f! I-2Gb x8 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAA3YHABBE-425 * f! k0 j; l. k9 D* e3 x
-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBD-425 , b0 ], j) P( ^
-2Gb x8 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAB3YHABBG-425 $ F$ k* z$ N; m/ u+ }' B1 W( _
-2Gb x16 SLC 1Gb x16 LPDDR2 4-bit 400MHz 121B JSFBAC3YHABBE-425 1 a9 i( n* F4 M7 L8 D- [: E
-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBD-425
9 G& x4 k, l$ k-2Gb x16 SLC 1Gb x32 LPDDR2 4-bit 400MHz 162B JSFBAD3YHABBG-425
8 v& ?& _; ~3 p! u: l6 U-1Gb x8 SLC 1Gb x16 LPDDR2 4-bit 121B JSFAAA3Y7ABBE-425 9 n( Z3 E* l$ G; Q7 ?$ ^3 s
-1Gb x8 SLC 1Gb x32 LPDDR2 4-bit 162B JSFAAB3Y7ABBD-425: O: z6 H+ V1 U( A' m
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBB2N7ABBA-450 6 u; |% N( k0 N* ?/ a& e8 u8 F8 \
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBB2N7ABBC-450
1 _2 i  Q! x, f- J7 I% x-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 130B JSFCBD2N7ABBA-450
. ~4 ~  n& {( ?- G! q-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B JSFCBD2N7ABBC-450
! m6 E% k; d( g$ Z1 n1 g-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B JSFBAB2N73ABA-450   I6 R% n" \+ U3 }
-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3Y7ABBE-425 : b) p6 g$ W, w
-1Gb x16 SLC 1Gb x16 LPDDR2 4-bit JSFAAC3YHABBE-425 : L; d" b# H3 F; R  d
-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 137B JSFBAB2N72ABC-450 7 p# ^; T6 W7 B1 j  J2 D
-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N73ABA-450
* Y- J$ O" i7 f1 `-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 130B JSFBAC2N72ABA-450
* o3 b7 v6 G9 `2 C  `-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N73ABB-450
( x1 l  y; r% B! D-2Gb x16 SLC 1Gb x16 LPDDR1 1-bit 107B JSFBAC2N72ABB-450 ! O/ S2 k% ]; p
-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B JSFA9A2N73ABB-450, s+ w$ T! q, Z' c6 ^
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N73BBA-450 . l" o; l1 c8 M: w7 ^
-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2N72BBA-450
+ N- k5 r4 r4 H% E) C* J1 l-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2N72ABC-450- ^& _2 \# s8 V1 ]: z% \
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N72ABB-450 ' i$ b4 f. x' p
-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2N73ABB-450
) X. H% J+ D. Z' I% l-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N72ABA-450
( ]/ }7 R7 l# y4 C& e; m- \/ O$ `-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2N73ABA-450 9 X/ s( M/ U/ F: S4 d
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2N72BBB-450 3 T: }2 b5 M  t5 i) n3 v- P  n
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N72BBA-450 5 u3 f' G" y0 L4 A( T! F- f
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2N73BBA-450
2 w0 L: [# |6 O+ O. z6 X) ]-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N73ABA-450
# ~  p) `7 E7 Q! r0 H-1Gb x16 SLC 512Mb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFA9D2N72ABA-450
% W- G2 s; w" U6 D# C-1Gb x8 SLC 512Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA9A1N72ABB-460
6 r' l5 _& J, D- J-1Gb x8 SLC 512Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA9B1N72ABC-460   Z) s; ^1 z; V
-1Gb x8 SLC 256Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA8A2N73ABB-450 - a+ I. Z: m# u
-1Gb x8 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8A2N73BBA-450, e5 u) i! X: _5 N/ ?/ D
-1Gb x16 SLC 256Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA8C2N73ABA-450 # L$ z& t6 |! b& o
-1Gb x16 SLC 256Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA8C2N73BBA-45
0 x5 [! x6 f) S0 r& ^( T5 ^-1Gb x8 SLC 256Mb x32 SDR 1-bit 137B (10.5mm x13mm) JSFA8B1N72ABC-4603 {% ^% l! ?% O) e% }
-4Gb x8 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBB2NHABBC-450 - x0 V: _+ u: b: ~% l
-4Gb x16 SLC 2Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFCBD2NHABBC-450
# t, N# z9 T3 _6 v-2Gb x8 SLC 1Gb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFBAA2NH3ABA-450
4 Y& J4 q! P8 J5 k-2Gb x8 SLC 1Gb x32 LPDDR1 1-bit 130B (8mm x9mm) JSFBAB2NH3ABA-450 . X, ?/ B, [  T# {1 Q8 K  @2 G% Y
-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFBAB2NH3BBA-450 6 M) A( `1 |& w" o' n
-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAB2NH3CBA-450
2 p3 |% w  e, F  b-2Gb x8 SLC 1Gb x32 LPDDR1 4-bit 137B (10.5mm x13mm) JSFBAB2NH3BBC-450
. u7 w! T( i+ i) m! e3 T' j! V-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFBAC2NH3BBA-450 ( T, T( O/ f$ \/ J
-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit(64B) 130B (8mmx 9mm) JSFBAC2NH3CBA-450
: r' a8 u4 P7 k$ s) R-2Gb x16 SLC 1Gb x16 LPDDR1 4-bit 107B (10.5mm x13mm) JSFBAC2NH3BBB-450
* |+ w6 R- K+ u3 y2 O2 s-1Gb x8 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9A2NH3ABB-450
% i9 k& F2 O& i-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 130B (8mm x9mm) JSFA9C2NH3ABA-450
) T, o$ a0 ]# T- U-1Gb x16 SLC 512Mb x16 LPDDR1 1-bit 107B (10.5mmx 13mm) JSFA9C2NH3ABB-450 9 t- r, Q, W. F  F: U
-1Gb x8 SLC 512Mb x32 LPDDR1 1-bit 137B (10.5mmx 13mm) JSFA9B2NH3ABC-450
9 p+ f- z( F; e: m-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9B2NH3BBA-450 -
" H  h; A- d* K* B/ Z-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9A2NH3BBA-450
1 O* ?9 Z+ Z9 ?' L* m  g& Z- H-1Gb x8 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9A2NH3BBB-450
4 n% w6 b5 X9 y. x; H; M-1Gb x8 SLC 512Mb x32 LPDDR1 4-bit 137B (10.5mmx 13mm) JSFA9B2NH3BBC-450
' e2 B0 S: m/ V% X) G! T4 I# B-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 130B (8mm x9mm) JSFA9C2NH3BBA-450 % z5 b6 V; p3 F/ N" W6 _+ I
-1Gb x16 SLC 512Mb x16 LPDDR1 4-bit 107B (10.5mmx 13mm) JSFA9C2NH3BBB-450 : l$ I6 X1 J) i2 @, K: b
-1Gb x16 SLC 512Mb x32 LPDDR1 4-bit 130B (8mm x9mm) JSFA9D2NH3BBA-450
+ p0 C4 @6 ~  L% t( T7 u% p-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A1NH3ABB-460 " W4 a, v7 E; A' W! c
-1Gb x8 SLC 256Mb x16 SDR 1-bit 107B (10.5mm x13mm) JSFA8A2NH3ABB-450 + a# Z* D8 z4 O0 O  d) w
-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C1NH3ABA-460
7 S! z' \# o9 z' n  L-1Gb x16 SLC 256Mb x16 SDR 1-bit 130B (8mm x9mm) JSFA8C2NH3ABA-450 8 z- X- j- M1 @' Q
-1Gb x8 SLC 256Mb x16 SDR 4-bit 130B (8mm x 9mm)JSFA8A2NH3BBA-450
4 u" ~8 b6 @/ N5 J  C0 Z2 Z4 N' j' M; t-1Gb x16 SLC 256Mb x16 SDR 4-bit 130B (8mm x9mm) JSFA8C2NH3BBA-450
8 p4 C) o# Q- v0 f- m" {& o6 B3 W$ V3 Q
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