標題: Fujitsu Develops World's First 64KByte High-Capacity FRAM RFID Tag [打印本頁] 作者: chip123 時間: 2008-1-9 06:50 PM 標題: Fujitsu Develops World's First 64KByte High-Capacity FRAM RFID Tag Tokyo, Japan, Jan 9, 2008 - (JCN Newswire) - Fujitsu Limited today announced the development of the world's first 64 kilobyte (KB) ultra-high frequency (UHF)-band radio frequency identification (RFID) tag with high-capacity FRAM[1], featuring memory capacity sufficient to store large volumes of aircraft part and maintenance history data, while supporting a number of different radio frequencies to enable traceability worldwide. Fujitsu anticipates that this 64KB UHF-RFID tag will transform global aircraft maintenance operations. + b6 u+ t$ L7 N$ y" k* T & H. b0 T4 `; E8 a! o/ Z( pEquipped with 64KB FRAM memory, the world's highest capacity to date, Fujitsu's new RFID tag will enable highly efficient global aircraft maintenance operations by ensuring precise and rapid management of each aircraft part. The tag complies with the EPCglobal[2] Class 1 Generation 2 standard supporting a variety of radio frequencies, which vary by region, and thus provides for global traceability. 2 l- }* g6 r- T* D; u
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Fujitsu's new UHF-RFID tags will deliver high-speed data writing capability and high durability, while also offering state-of-the-art security functions, such as password management for each part of the memory area. ' C5 L( p7 H# B+ p 8 N4 i- P7 g4 U9 lIn recent years, the aviation industry has striven to raise the quality and efficiency of aircraft maintenance by improving traceability of parts. In line with this trend, a need has arisen for high-capacity RFID tags which can store not only part identification codes but also product and part maintenance history data. ; ~1 G3 C( q+ C/ o) |+ R" b
; `$ r; q9 X- i0 c0 D5 b% }6 JTo satisfy these needs, Fujitsu developed a 64 KB high-capacity RFID tag memory for the aviation industry. Fujitsu's new RFID tag will increase the quality and the efficiency of aircraft maintenance operations by enabling the traceability of various products and maintenance information for parts exchanged between companies and across nations around the world. Overall, customers will realize improved supply chain management through shorter cycle times and lower costs. 6 c) B" U$ @) S: m8 [( I; d7 a9 \6 u4 s3 i8 j" P
Sales of the RFID tag are scheduled to begin in the first quarter of fiscal year 2008 (April - June 2008). * n- A2 X; O% i8 P" U, r5 X7 E ; @! q8 b" Y, U' Z& N/ [ _Key Features3 j# p& q0 R7 @: v
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1. World's highest-capacity RFID tags j7 `$ U7 p/ _, W* j2 N- Featuring 64KB high-capacity FRAM, Fujitsu's RFID tags deliver high-speed data writing capability and high durability. The tags also offer state-of-the-art security functions, such as password management for each part of the memory area. 0 G2 E. i2 m6 o% c
Compatible with different frequencies used around the world$ s! C3 i4 j7 ^5 J' D2 [, f
. ~) A3 y6 i! v( V9 D( w# k2. The new RFID tag can be implemented globally as a result of compliance with the -- EPCglobal Class 1 Generation 2 standard, supporting a variety of frequencies used in different countries. Furthermore, the tag can be mounted on metal surfaces and meets fire retardancy standards by satisfying the testing requirements for SAE AS5678[3] specifications, which are required to be met for high-quality aviation parts. 7 c& R" a" n2 A+ W8 x
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3. Highly efficient aircraft maintenance : V; B/ w6 H: H1 s3 O3 F" w- The high memory and overall capability of Fujitsu's 64KB RFID tag will enable numerous automated data exchange and data management processes by providing a robust, point-of-use information source, resulting in significant cycle-time and cost reduction opportunities for airline maintenance operations and supply chain management. + p- R3 }* \# D- [/ B" l8 X6 y* B' k' r- m
Key Specifications:2 @% V8 j) h1 ]$ O% v D
" I- `* Z- d$ ^+ O C- u, `1. Standards:EPCglobal Class 1 Generation 2* / ISO/IEC 18000-6 Type C* ! ]+ @2 L$ l' w: c' k+ b/ D1 k*Class 1 Generation 2: % c; ^4 g; W+ q b7 O% \: AA transmission standard instituted by EPCglobal, for data transmission between readers/writers and UHF-RFID tags. This is a second-generation standard specification that improves performance of the EPC Class 1 specification. ' b1 R, u% ^+ y; x*ISO/IEC 18000-6 Type C: P0 u. L7 z3 k" ~* A$ p8 x2 p: _2 uAn international standard for UHF-RFID tags, defined by ISO and based on EPCglobal's "EPCglobal Class 1 Generation 2" standard. 2 I7 c/ A- K' N0 T* a
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2. Memory size:65,536Byte (System Memory: 1,280Byte, User Memory*: 64,256Byte) 0 n5 d$ B: L1 ~*User Memory:Refers to the memory area of the RFID tag in which the user can freely read/write, which some low-cost RFID tags do not feature. The user memory size of conventional RFID tags is usually a few hundred bits. 2 }7 O$ i' z: `' E( y1 e3. Tag dimensions*:2 x 1 inch (Width: 50.8mm, Depth: 25.4mm, Height: 6.22mm) * \ z7 V9 J& M# J8 \- R, ?4 x*Fujitsu plans to develop smaller and lighter RFID tags. 8 r( ~9 L4 F4 I5 P6 m4. Weight:13.6 g / P' J0 A7 H) L/ F; l1 y( s
5. Frequency:860-960 MHz 5 B. L& m t$ h* j* o: C
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[1] FRAM: Ferroelectric Random Access Memory (also referred to as FeRAM). Memory that uses ferroelectric film as a capacitor for storing data. Featuring advantages of both ROM and RAM devices, FRAM features high-speed access, low power consumption, and high endurance for numerous rewrites. 0 ?1 y5 s6 f$ s; s 8 U: c$ k/ I9 S3 D" M+ C9 G[2] EPCglobal: EPCglobal is a non-profit organization established by GS1 (formerly known as EAN International), which promotes the international standardization of barcodes, and GS1 US(TM) (formerly the Uniform Code Council, Inc.). * W- }4 r; p2 ~! ?+ E2 _4 Y' {9 ]- j3 F* T9 X4 o' d" g& I
[3] SAE AS5678: Issued by the Society of Automotive Engineers (SAE) in December 2006, SAE AS5678 is a standard defining environmental specifications and test methods for passive RFID tags used in aviation applications. SAE has categorized and defined environmental specifications for RFID tag use, for the three environmental categories of "Standard," "Robust" and "Harsh."作者: globe0968 時間: 2012-8-6 03:50 PM
富士通半導體推出9 KB FRAM新型高頻RFID標籤晶片 配備大容量記憶體和串列介面全新晶片擴大RFID標籤應用潛力 Z ^& F6 ~6 _[attach]17040[/attach]( N1 N( w% ~0 \
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2012年7月31日,台北—香港商富士通半導體有限公司台灣分公司今日宣佈推出新款FerVID 系列RFID標籤晶片MB89R112。新款高頻RFID標籤晶片,配備9 KB的FRAM記憶體。FerVID系列產品採用FRAM,寫入速度快,具備高頻可覆寫功能、耐輻射和低功耗等特色。富士通將於2012年8月開始提供樣品。( U/ i$ f& L# F z! X7 R
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MB89R112在高頻RFID標籤領域擁有領先業界的記憶體容量,以及串列介面SPI,為RFID在嵌入式與工業領域的應用開闢了全新的可能性。作者: globe0968 時間: 2012-8-6 03:50 PM
自2004年以來,富士通半導體針對高性能RFID標籤,開發出可支援兩個頻段的FerVID系列FRAM產品,可在高頻段(13.56 MHz)和超高頻段(860 ~ 960 MHz)運作。至今,這項產品的應用層面愈趨廣泛,其中FRAM的快速寫入速度和大容量記憶體空間特色,適用於工廠自動化和維護資料的資料媒介晶片;用於醫療和製藥領域的晶片則可承受伽瑪輻射和電子束;而配備串列介面的晶片在嵌入式應用領域也獲得廣泛的關注。 ' y1 A' i5 Z3 j, k) q $ D5 q6 n) s. Y; \% p 除了這些用途外,市場上也衍生許多全新需求,例如:產品需備有大容量記憶體,並能將RFID連接至感測器及微控制器,進而用無線傳輸方式改變產品的運作參數,或者在市場流通時透過無線方式獲取環境相關的記錄資訊。這些功能將有利於汽車和電子製造業的生產控制,以及飛機、道路、建築和公共工程的維護應用。 $ ?) e% F8 c7 p+ C# e4 Q ( F! _. x% O6 F% \# ^7 U富士通半導體針對此一需求開了RFID標籤晶片-MB89R112,其中包含一個SPI和9 KB容量的儲存空間,成為高頻段大容量RFID標籤晶片的代表性產品,其他廠商在高頻段應用的大容量產品無法比擬。MB89R112是針對近場被動RFID設計,符合業界標準ISO/IEC 15693。 % {+ @! G/ f; K0 e8 s1 a/ R9 { $ o* t: L: N% p! yMB89R112 加入FerVID系列意味著該產品線將涵蓋容量為256 B ~9 KB的高頻頻段晶片和容量為4 KB ~ 64 KB的超高頻頻段晶片。此外,針對嵌入式應用開發並搭載串列介面的晶片,其產品線也將擴充至4 KB超高頻頻段晶片和9 KB高頻段晶片。連同其他微控制器的產品線,富士通半導體將能滿足客戶的各種需求。作者: globe0968 時間: 2012-8-6 03:51 PM
[attach]17041[/attach] 1 q$ u3 ?, c& ?+ K/ B/ l; x% N- }- w* j
MB39C326產品特色: 7 t3 x0 U" s) p1 F( Z7 v6 s" W1.領先業界的高頻RFID記憶體容量7 I9 Z; A* T7 O7 `1 M
這款產品包括9 KB的FRAM,這是ISO/IEC15693定義的在高頻段運作RFID晶片中可支援最大容量的產品。9 KB中的8 KB可用於使用者記憶體,配置為256塊,每塊32B,這可對ISO/IEC 15693定義的整個8 KB區域進行讀寫。寫入8 KB資料的時間大約4秒,這比使用E2PROM的產品快六倍。RFID標籤上提供更多的資料,使用者可以從製造、物流到使用與棄置等產品生命週期中進行有效的追蹤管理;現場的資料記錄儀,也可用於記錄設備維護。 # ?6 q8 `) F6 X% N2 k9 E! K; A ! M! ^% _5 w) n( _9 U2.適合嵌入式應用的SPI6 l6 R* a( Z3 a. p# Q, f
這款產品包括一個連接到微控制器的SPI。微控制器可以透過SPI介面讀取FRAM上8 KB的使用者資料,而共用的記憶體區域可用作資料記錄器,也可用作改變微控制器運作參數的參數區域。例如,該產品可用來記錄物流的環境讀數,檢測設備錯誤,改變電子顯示、感測器閾值與韌體設定,並達到許多過去無法觸及的新穎和創新的用途。作者: tk02561 時間: 2012-8-16 03:30 PM 標題: 天寶拓展 ThingMagic 閱讀器功能 更優性能和易用性降低部署支持射頻識別的解決方案的門檻 ' O6 n& w4 V% U8 c5 b* C6 u/ m! p
加州森尼韋爾2012年8月14日電 /美通社亞洲/ -- 天寶公司 (Trimble) (NASDAQ: TRMB) 今天宣佈為其 ThingMagic® Mercury®6e (M6e) 嵌入式超高頻射頻識別 (UHF RFID) 模組和 Mercury®6 (M6) 精整型 UHF RFID 閱讀器推出大量新功能。這些增加的功能透過固件升級即可獲取,能幫助用戶為多種傳統和創新應用來開發和部署可靠的高性能 RFID 支持型解決方案。天寶還重新設計了其 Universal Reader Assistant(通用閱讀器助手),這是一種用以簡化 ThingMagic RFID 閱讀器使用和部署的圖形化使用者介面。 & t; y5 D- I4 y1 r- Y4 ] / S1 p. I; u6 T4 a6 d. x以客戶期待透過 ThingMagic 產品能獲得的領先性能和可靠性為基礎,此次升級提供重大改進,包括讀卡速率增加75%以及每次讀卡時更高的數據獲取速率。天寶還推出了在各種具有挑戰性的環境下用於閱讀 RFID 標籤的幾個應用特定型功能,包括:1 z- ^3 R- Z7 R* S& k
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新的「快速搜索」標籤閱讀模式 % K/ r8 ~8 l B& y7 q
每次標籤閱讀獲得最多128位元組數據的能力 1 ^+ b3 [# Y; M0 Q
ISO 18000-6B 性能提升 7 F+ u) R4 z8 w% l) E2 O7 x4 K4 X7 B
支持 IDS Micro SL900A Gen2 Class 3 感測器標籤 ; T; W, q9 c' W9 o: Z跨產業創新作者: tk02561 時間: 2012-8-16 03:31 PM
在運輸、供應鏈、零售和醫療市場對支持 RFID 的解決方案更多需求的驅動下,這些新功能提供幾方面的應用特定型改進: 0 `6 Q/ E- k) \2 V7 @* }0 e7 B; g: X3 c( J- p: q% r! ~
ThingMagic M6e 嵌入式模組現在包含一個「快速搜索」法則,促使標籤能對各種使用情況的最佳閱讀性能做出反復快速的回應。在快速移動標籤需要透過高精度相互區別的情況下,這一功能支持收費、車輛管理和比賽計時等應用。「快速搜索」每小時能運行200公里,支援 Gen2 和 ISO 18000-6B 標籤。 % i9 O5 X' ]. x4 f m+ f" ~; A" Z% `/ C- r
卓越的接收靈敏度、更高的標籤閱讀速率以及對不斷變化的標籤數量的更好適應,提高了 ThingMagic M6e 和 M6 閱讀器在各種環境下以及就更多項目閱讀 RFID 標籤的能力。例如,在零售供應鏈上,製造商能追蹤多個分佈點的密集平臺上的大量項目,零售商能以可預測的精確度來快速盤存標籤專案。另外,從每個標籤閱讀更多資料的能力還支援新興零售用途,如防偽、品牌保護和其它安全敏感應用,並且不會影響標籤盤存或標籤編碼活動的性能。 5 M; H& C7 C/ G& `( m/ M5 L$ _2 w+ V. ]0 l# w; @5 Q
此次升級還增加了對 IDS SL900A 感測器標籤 cool-Log™ 完整命令集的支持,滿足了公用事業、食物/冷鏈、醫療和其它市場對溫度和狀態監控的更多需求。IDS 900A 是能以半被動或被動模式運行的一種 EPC 全球 Class 3標籤晶片。 & x2 \2 T/ G: k- B/ w& ~: o- ?1 n' B3 n/ c, J [
天寶 ThingMagic 部門總經理湯姆-格蘭特 (Tom Grant) 表示:「此次發行是我們高性能嵌入式 RFID 模組和精整型 RFID 閱讀器組合跨產業使用優化的一大步。卓越性能和多功能性繼續是我們產品主要的與眾不同之處。同樣重要的是易用性的提高。對支援 RFID 的解決方案的增長以及促進越來越多相關聯企業應用更好的業務結果而言,易用性是這一切的基礎。」作者: tk02561 時間: 2012-8-16 03:31 PM
致力於易用性 0 v# V1 S! \% t( `! O / d: s e) U: L. k此次升級以盡可能降低部署 RFID 技術的門檻為關鍵目標,改進了 ThingMagic M6閱讀器解決方案開發商和終端使用者即開即用的體驗。改進的網路介面包括配置和管理螢幕的重組、新性能調節設置以及優化的標籤資料存取和顯示。改進還包括對網路連接自動化、網路設備發現與管理以及改進測試功能的零配置支援。 " [) u$ m3 Q+ N" r5 G T