SP8-F Programmer-SHENZHEN SFLY TECHNOLOGY CO., LTD

SP8-F Programmer

Update: 2020/11/26 10:04:46©≈ View:

Brand: SFLY
Type: π★; SP8-F
Downloads：
Software Manual (English) Device Lists

Introduction

πε← SOFI SP8 series is professional©♣© programmers specially for programmi✘'↓¶ng serial FLASH/EEPROM/SPI memor↑≤ies, with built-in 32-bit high-wil€♠≥larspeed processors and USB2.0 ↑₹"communication interfaces. It suppor ••‍ts high-speed programmin≤♦£g of nearly all 24/25/93©☆&←/BR90 chips. In the number of sup↑™✔αportive serial memories and t≠$ he writing speed, it♦β greatly exceeds most general and sim>≤ilar special programmers that cost₹☆✘≥ over 1000 RMB. It has a un₹ →ique function of ISP online programmi∏λ♣ng and supports more chips wit↑★∞h continuous software upgrade. Witπ♠≠≈h exquisite shells m↓$ade through professional mo₽$uld opening and with advanced sof☆γtware/hardware design, SP8 seri•' es overtakes other similar products i↑±÷n both exterior and ≠↕inner quality.

List of supportive devices： http://www.sofi-tech.co♦₽>m/devlist.asp

Performance and Characters

● USB2.0 communication interfaces π ‍ (real USB interfaces,←↔" not USB to serial ports or ↑∞♠simulated USB ports)

● Exquisite shells customized with o∞♥pening moulds (cannot be caug↕☆±$ht by public-mould shells on t♠€∞¶he market), small (size: 103x71x2$→↓3mm), and convenient to use ¥£and carry
● SP8 Fully supports WinXP/Vista/Winγ→¥7/Win10, and perfectly combines ≈∑♦32-/64-bit systems
● Has built-in 32-bit high-spe"∞ed processors, designed specially for♣∏♣↔ serial memories, achievin ↕‍g high-speed and approprσ₽iate programming, and has the highest←★ programming speed i πn China
● Supports nearly all 93/24/25/BR90 me±εmories, and supports more chips™™ through software upg↔ ε₽rade.
● Unique ISP download ports a≠☆nd 10PIN color ISP do$↕§wnload cable. On-boar☆€>d patch chips (such as main-bo♣♥↔✔ard BIOS with SPI interf♠✘∞ace) can be directly co>nnected to be programming.
● Standard 40Pin locking beds wit &∑h zero insertion force, applicable to ✔★∞δwide/narrow chips and general adapt÷ε ers
● Supports contact detec©α tion for pins, and im↔★ proves reliability of programmin☆£"g
● Perfect over-current and E§γ€SD protections, and protectio♥©'n against accidental d÷♠amages of programmers and com¥£puter USB ports
● With mass production programming>×¥↓, it automatically detectsβ®≈ the position of chips and then starts α™programming
● Supports mass async÷×γhronous programming via connecting seve→§ral programmers to one computer. Plug a ♣γnd write. No synchronous wait∞∑ing. Top speed and high eff₹♥π'iciency
● You can choose offline programming✔∏©♠: built-in 128Mbit data memoγ₽≠ries achieve different kinds of field"βσ₽ programming without conn ™αection to a computer, and LED and buzze≠±←r present auditory signalsφ'σ of success or failure
● It operates easy and you ca™ >>n perform mass progrΩ €&amming
● Supports low-voltage (3.3V) an→✘♣d 5V chips
● Provides self-detection fo✔®✔r devices

Note: These functions are design☆✘ed according to specific t≠×§ypes, and only SP8-F has all the₹ ¥se functions. For details≠↓, please refer to the attached cλ©βorrelation table for types.

Front view of SP8 (Size: 103x71x₹∏∏23mm)

Rear view of SP8 ♠₹↕★

USB2.0 Interface

● USB2.0 interface combines USB1.1
● Its power supply needs n £&o extra power adapters, an×'∞d thus is simple and convenient ↓γ
● Its special USB2.0 chips are not si¥₹mulated USB or USB t‍★Ω¥o serial ports, and thus en±✔↔sure the stability and spee§↔d of programming
● Its in-built ESD protects circα ‌♠uit, prevents programmers ♦•and computer interfa ≈×ces from induction voltage and€"" static electricity of computer she&↔lls, and thus improves the stabili∑₽ty and security of prog≠∞ramming

Built-in 32-bit high-≈↑speed processors

● The hardware of the built-in♥✔Ω¶ 32-bit high-speed process £ors is optimized specialπσ← ly for SPI Flash and Serial EEPROM, anβ>d thus ensures stable and hig£✘h-speed reading and writing.
● The programming process of all c≈♣§ hips is completed by the built-in proc₹→"'essors, without influence from computΩ¥≤er master frequency.
● High-speed processors £×are a guarantee for speedy and ef•™♦εficient programming, and specia∑→'&l hardware design is aπ©lso a premise for spee★₽d and stability

High-speed programming

● SP8 is currently theπ✔ programmers with the highest pro ¶α≈gramming speed in the indu∞εstry, even quicker t•$han general programmers and simil±♦ar special programmers which cost ove₹≥r 1000 RMB.
(Take 8M-bit EN25T80 ×<÷₹as an example, SP8-A: ✘ read-1.24S, write-5.44S; Superpro 58€÷₹≤0U: read-4.15S, write-9.31S)
● Through built-in high-speed≈' processors and special hardware desig←γn, SP8 realizes high-sp™¶eed and reliable programming¶↕₽, especially for seri"‍∑•al FLASH and EEPROM.
● Arithmetic optimizations for differe‌₽nt chips

Attached table: readming and writi→£∞☆ng times of some chips

Chip types	Size	Writing	Reading	Verify
EN25T80 ♠	8M bit	5.4S	1.2S	1.2S
SST25VF010A	1M bit	4.2S	0.6S	0.6S
W25X16	16M bit	7.6S	2.3S	2.3S
KH25L8005	8M bit	4.3S	1.3S	1.3S
AT24C512	512K bit	5.8S	3.6S	3.6S
AT24C256	256K bit	3.0S	1.8S	1.8S
ST25P16 [SOP8]	16M bit	7.3S	2.3S	2.3S
W25X32 ↕✘σ∑	32M bit	20.8S	4.9S	4.9S
SST25VF080B →$&↔	8M bit	6.9S	2.4S	2.4S
W25X80	8M bit	8.6S	1.3S	1.3S

Intelligent pin detection

● The whole SP8 series has the ∞→function of intelligent™← pin detection.
● Pin detection can effective→∏×★ly avoid failure or low success of pr↔♣"ogramming caused by oxidation o≥≠₩λr misplacement of chips or₹®σλ problems from the adapters, an÷↑d thus improves the efficienc<♣≠y of programming.

● It presents via pic← tures the contact information < of pins, like bad conta★←ct, fine contact, not used, and ig ₹nored

Protection against over-λ↔current and short circ≈♦uit

● With perfect system o↑&f over-current detection and sh✔¥✘¶ort circuit protection
● Effectively protects pro¥Ω←grammers from damages of misplac•Ω★ed chips (wrong position or ↓‍direction), or wrong type€≤≈s of chips, or short cir♦♥cuit of chips or adapters
● You do not have to w§←<orry that the chips might be burnt¶"® due to damages of misplac✔♠"ed chips (wrong position or d$§¥irection), or wrong types of chips
● ISP interfaces also have protection γ$₽≥function against over-current and sh♣ ¥ort circuit, and automatically deβ<≠πtect the supply conflic≥ts of target boards (o☆↕←r target chips)

40PIN general ZIF socket

● Adopts 40PIN gildeβΩ→d ZIF socket for wide/narrow dual←₽ purposes.
● Can be directly applied to inl∞εine chips with eight t♦✔¶ o sixteen pins.
● Can directly use any general adapter,¶<πα with a pin width of either 300mil π↑πor 600mil.
● Can directly use an adapt£≤≈er with up to 40 pins≤±.

SP8 was originally designed wi★♦≠th a 16-pin ZIF sock♠π×et(the left figure belo&δ∞w), which was found later to support♦₽¶→ only 300mil chips and adapters.'¶₩γ However, adapters availablπ™↕e in the market are basically 60$→®σ0mil, and thus cannot inλΩσ¥sert into a 16-pin ZIF socket, which l£→♥↔imits the application of ®such SP8. Based on this reasγφφ©on, SOFI decisively modif×&ied its moulds and adoptedπ'× 40-pin narrow applicable ZIF socket .♦ε↓₹

Support online programming(ISP)

● Some patch chips can be programme™•<d directly via ISP, avσ∞©oiding the problem of unsolderi≠×✔ng.
● The whole SP8 series has special ISP ×≈interfaces buffered with spe<×¶‌cial chips, and support♣s 2.0V~5.5V target boards✘↕> (chips).
ISP interfaces can be set up via "•✘software whether to supply power ☆÷ to the target boards (voltage "±&↑can be set at 3.3V or 5€♦±↕V).
● ISP power supply has protection £✔‌σfunction against over-π₩←current and short circuit, auto'‍matically detects the supply sit₹π≤↕uation of target boards and thus a♣≤voids power supply confl<¥icts.
● It can be used to online upgrade o↓€f main-board BIOS (appliγ¶₽cation example: Use SP8-A programmerλ← to upgrade online BIOS of MSα∑☆‍I MS-7392 main-board;（website：→¶$用(yòng)SP8-A編程器(qì)在₩£"•線升級微(wēi)星MS-7392主闆BIOS ）

SP8 has an ISP interfac¥δ∑e and a download cable with 10-co"'" lor single DuPont heads ↓★∑≤

Uses the ISP download fun¥δction of SP8 to upgrade online main- Ω€board BIOS

Supports online/offline high-₹®speed mass production

Both SP8-B and SP8-F support online hi€αgh-speed mass production,σΩ but only SP8-F has the₩ × function of offline mass product ✘ion, which is very applicable to m©≈↔ass programming memories and thu≥β€×s saves much costs for equipment↕™¶γ purchase and labor.$π₹ Note: SP8-A does not have the≠∞ function of mass producti♦₩on, and applies only to researche rs and maintenance personnel.

Online mass production characte÷♠rs of SP8-B and SP8-F:
● The programmer automatica∑αlly detects the position of ε chips, and starts the auα→tomatic programming.
● In programming, operators do not ha€♦ve to operate the computer, but only™‍ continuously put in and get out chip$↓s.
● You can connect several programm≥&ers to one computer for s✔♣ynchronous and asynchronous high-π✔ $speed programming. Plug and wri★↕"↑te. No synchronous waiting.€← Top speed and high efficiσ₽≈ency.

SP8-F also supports offl®★ine mass production programminγ"±≤g. Its characters are as follows:±≤ ♣
● You do not have to connect it to α'↓→a computer in programming, but ♦∑↕only to the accessory 5V power adapterφ××, and then it will auδε$tomatically start the offline progr>φ≥amming.
● Programmers have a built-iπ₩¥↓n 128M memory. So no±♣→÷ extra memory cards.
● It operates easily. Only download th"π£←e offline data and you ca≠£n use the device.
● It automatically detects t≠<he position of chips, starts programmπ£ing, and presents pr∑Ω✔ogramming results via state li•γghts and the built-i♣‍n buzzer.

Powerful supportive softwarε ≠↔e
● Chinese/English interface
● Supports WinXP/Vista/Win7/Win10, and Ω♣¶completely supports 64-σ₩§bit operating systems
● Supports various file formats like©•‍ binary (files with any suffix), hex, M♦≠×otorola-S and TI-TEK
● Multi-functional d✘'ata buffer compilation,π€ supporting direct modification b★→≈<y keyboard, and copying, fillin&‍g and logical operation. Supports hex ♣↕✔and ASCII displays
● Provides chip plac∏♠≠ ement mode, adapter and I≈'SP connection diagram
● Combines manual programming and us©λer-defined automatic programming wσ∑↓ith one key

Software interface

Data buffer interface (supportsαπ data modification)

Correlation table of components anσ$$d types
● One programmer host
● One USB cable
● One 10Pin ISP download cablΩφ±e (10-chip 10-color ribbon ca®₽•ble with 10 single DuPont heads at ★≠ >the output terminal)
● One driving CD
● One 5V power adapter ($§±only for SP8-F/SP-FX, foφ∞β↔r offline programming))