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Found 10 results

  1. Salutare, Vand 2 kituri dual channel de cate 4GB fiecare (8GB total) la pretul de 200 RON pentru toate sau 125 pentru kit. Doar pt Bucuresti. Memoriile sunt in stare foarte buna fara erori. Le-am inlocuit cu 32GB quad channel, de aceea le vad. Denumire: Memorie Corsair XMS3 4GB DDR3 1600MHz CL9 Dual Channel Kit Rev. A Specificatii tehnice: Cod producator: CMX4GX3M2A1600C9 Serie XMS3 Tip DDR3 Capacitate 4 GB Frecventa 1600 MHz Kit Dual Channel 2x 2 GB Latenta CAS 9 CL Radiator XMS Standard PC3-12800 Tensiune alimentare 1.65 V Timing 9-9-9-24
  2. Cum am spus, am gasit un dimm 1 gb ram ddr2/800, ratacit prin sertare, si cum nu am ce face cu el il donez. Care-l vrea, sa posteze aici, pana duminica seara.Duminica seara, voi decide cui il trimit, si voi posta aici. Conditii: - postati un cpu-z sa vad ca-l veti folosi in sistemul vostru, nu-l puneti a doua zi cum il primiti pe olx - daca sunt mai multi doritori, criteriile de departajare vor fi vechimea pe forum si calitatea posturilor
  3. Testat de mine MERGE! ONLY Linux Apply to 1 GB RAM Only https://t.co/oa8NpuZ7Ja Promotion Code: FWC84Q18KB Sursa:http://thebot.net/threads/free-1-month-vps-1gb-ram.320481/
  4. Nu ma intereseaza cine sunteti si ce hostati. Am doar un model de procesor si un numar de ram nu se poate mai multi sau mai putini: Procesor: Dual Intel Xeon 5650 Ram: 32gb ram Viteza la internet: 1 Gb/s Pret:40 dolari Adresa btc: 17swy2fjpsTQzc4fosSj37mzigHVTqg8sR T.O.S Exemple de con?inut inacceptabil sau link-uri: Porno copil Site-uri de arme Site-uri de medicin?
  5. CentOS Web Panel | Free Linux Web Hosting Control Panel - We only support static IP addresses. We do not support dynamic, sticky, or internal IP addresses. - We do not provide an uninstaller. After you install CWP, you must reinstall the server to remove it. - Only install CWP on a freshly installed operating system without any configuration changes. Foarte vast si bine structurat (cu optiuni on/off). Ruleaza pe 1 VPS de test(1Gb ram). Testati si voi. Imi place, se misca excelent. PS: e anti-prost 100%
  6. Vand VPS-uri cu diferite configuratii cu locatia Buffalo/Texas, dar daca aveti nevoie in alte tari sau de configuratii mai mari o sa incerc sa va gasesc. Pachetele suna cam asa: LINUX OS #1 128MB RAM 128MB RAM 256MB Burst 1 CPU core 8GB HDD space 125GB traffic 100Mbps uplink 1x IPv4 OpenVZ/SolusVM Pret: 8$/year Pret normal: 11$/year #2 256MB RAM 256MB RAM 512MB Burst 1 CPU core 15GB HDD space 250GB traffic 100Mbps uplink 1x IPv4 OpenVZ/SolusVM Pret:15$ Pret normal:20$ #3 1024MB RAM 1024MB RAM 1024MB Burst 2 CPU cores 25GB HDD space 500GB traffic 100Mbps uplink 1x IPv4 OpenVZ/SolusVM Pret:5$/Month Pret normal: 6$/month Pretul unui IP aditional este de 18$, habar nu am de ce e asa scump dar eu v.am anuntat. Ce nu se poate face cu VPS ul: Daca vreti sa faceti ceva special cu VPS ul imi spuneti ce din lista de mai sus sa nu existe si eu o sa incerc sa va fac rost la un pret cat mai avantajos. Acestea 3 configuratii le am deocamdata, dar mai pot face rost pentru aproape orice tara/stat. Pentru a va da VPS-ul comandat voi creea o noua adresa de gmail/yahoo/ ce vreti voi, va voi da dovada ca a fost inregistrat si pus in functiune iar adresa va ajunge la dvs si puteti sa ii schimbati pw, etc etc etc, din acel moment nu mai imi pasa ce faceti cu el(cont/vps). Firma de la care cumpar VPS ul este una serioasa, am luat primul "pachet" prin septembrie anil trecut si sunt foarte multumit de el si in prezent, suportul este ireprosabil in maxim 24/48ore te rezolva cu aproape orice (aproape orice tine de ei). Nu dau numele firmei inainte, sau daca chiar vrei sa vezi ca preturile sunt cele de mai sus pot aduce dovezi. Cine a mai facut afaceri cu mine ma cunoaste ca fiind baiat serios, cu mult bun simt in majoritatea (98,9%) a cazurilor. WINDOWS OS #1 1028Mb RAM 1GB RAM No vSwap 6 CPU cores 30GB HDD space Unmetered transfer 1Gbps uplink 1x IPv4 OpenVZ/SolusVM (presumably something else when picking Windows) Pret: 9$/month Pret normal: 10$/month Servare colocate in Beauharnois, Quebec, Canada. #2 1024Mb RAM 1GB RAM 1 vCPU core 45GB SSD space 1.5TB bandwidth 1Gbps Network Speed 1x IPv4 address KVM/SolusVM Windows Server 2003, 2008, or 2012 Pret:9$/Month Pret normal: 10$/month Repet pentru cei care vor un vps/dedicat la preturi accesibile ii rog sa.mi dea un PM cu configuratia si tara dorita, eventual si bugetul in care vor sa se incadreze. Metode de plata: via Paypal (0% in +) via Perfect Money (+15% in +) via Bitcoin (+20% in +) si altele cu sume totale cu 5-25% in +)
  7. Product Description The biggest nightmare for a computer user is data loss and system crash, once happened, reliable and up-to-date backups are extremely necessary and important. DAYU Disk Master covers all the needs to recover your lost data and restore crashed systems in minutes. It’s advanced and reliable data backup & system disaster recovery software for home office and business desktops and laptops. It enables users to perform self-service backup operation with comprehensive RAM disk The RAM disk allows you to create a single RAM disk using available physical memory from Windows. The RAM disk can appear to Windows as a hard disk, as a removable-media disk, or as a virtual disk. It can be formatted with any Windows-supported file system. An important feature is that the RAM disk it creates is available to the system very early in system startup. Therefore, any applications or services that depend on the RAM disk can access it as soon as they start. Keep your temporary files in the fastest storage to get the highest performance, and forget about hard disk fragmentation caused by undeleted temporary files. The RAM disk can improve overall system performance. The temporary files frequently accessed by system or other application, and the read and write the RAM memory speeds far greater than the real hard disk, so the RAM disk can improve overall system performance; additional hard disk, and SSD storage medium has its read and write times limit, the RAM disk improve the life of a real hard disk too. Secure disk Secure disk is a compact program for creating on-the-fly-encrypted virtual disks. It helps you protect your sensitive files or data from unauthorized access with strong Encryptions. You can create a new volume which reside in a file, and mount it as a virtual disk. File operations on the virtual disk just like they are on any normal disk. Files that are being written/ read on virtual disk are automatically being encrypted/ decrypted on-the-fly, without any user intervention. Deduplication The use of advanced data deduplication technology, more efficient, smaller image files generated. full/differential/incremental backup. Key Features: System backup and protection (imaging) Full, incremental, and differential backup AES 256 bit encryption, compression, and password One-click system backup Daily, weekly or monthly backup scheduler Perfect Defrag Bare-metal system restore Backup Strategy(Quota management) Supports all sizes hard disks and SSDs (80GB to 4TB) Compression Deduplication Hot Clone Larger than 512-byte sector GPT & UEFI Boot Supported RAM disk The RAM disk can improve overall system performance. The temporary files frequently accessed by system or other application, and the read and write the RAM memory speeds far greater than the real hard disk, so the RAM disk can improve overall system performance; additional hard disk, and SSD storage medium has its read and write times limit, the RAM disk improve the life of a real hard disk too. Save RAM disk data to the file. One key to set the temporary directory to the RAM disk. When the system starts, the application automatically load the RAM disk. Virtual disk (Secure disk) The virtual disk utility simulates a real HDD in order to avoid data loss and to facilitate a more comfortable software testing environment. The secure disk is a compact program for creating on-the-fly-encrypted virtual disks. It helps you protect your sensitive files or data from unauthorized access with strong Encryptions. Password protection – using AES encryption technology. Deduplication – make a image file smaller. Splitting – splits disk image files. Format it – automatically create partitions and format. Support larger than 512-byte sector. Simulate real hard disk over 2TB+. Disk Backup Flexibly choose entire hard drive or separate partitions to backup, including dynamic disk volumes. The system partition will be selected by default at the first time, so one-click back up Windows, settings, applications and the files required for computer to boot. Password protection – using AES encryption technology. Compression – compressed backup data takes up less storage space. Deduplication – make a backup image smaller. Splitting – splits disk image files. Support larger than 512-byte sector. Support real hard disk over 2TB+. Full, incremental, and differential backups. Sector-by-sector backup – store an exact copy of your disk or volume, including unused space, sector-by-sector backup assures you a 100% identical copy to the original. Schedule backups – set up a schedule to back up your system and all files automatically, supporting daily, weekly, and monthly. Backup Strategy– automatically delete the obsolete backup images based on specified value – the age and the number. System backup – Full system protection allows you to easily back up and recover your entire operating system when disaster happens. Disk Recovery Return your computer’s system files and programs to an earlier state when everything was working properly. System restore – Quickly recover your entire Windows system backup in minutes to the original or new location using a PE bootable media. Data restore – Quickly recover your entire disk or parstition backup in minutes to the original or new location. System migration – Fast, easy and safely migrate system to a SSD without reinstalling windows. Pre-OS recovery environment – If your system won’t boot, simply select DAYU Disk Master from boot menu to launch Pre-OS and then recover your system. Disk Clone Fast, easily and safely migrate system to an SSD or a bigger HDD for disk replacement or upgrade. Backup system – Create an exact duplication of your system or data partition, and transfer it to another place. System migration – Fast, easy and safely migrate system to a SSD without reinstalling windows. Hot Clone – You can clone the current system is running to another location. Advanced Tools Backup management – Easily manage (view, edit, update, delete) backup job and automatically delete the out-of-date backup images, saving storage space. Mount – You can even mount disk image as a drive in read-only mode and then copy out files/folders from it. Check image – Check integrity of image file and make sure the backups can be restored successfully. Create emergency disk – Create a WinPE-based bootable media in case of emergency, especially for system restore. Log reporting – Record and view backup task names and operations for the PCs. Hard disk health – Checks the hard disk health status by using SMART and Temperature display and view hard disk detailed information. Disk move/resize – Modify the location and capacity of the target partition. -> Download <-Deal Expire in:
  8. Am luat si eu un S3 Mini I8200. Telefonul se misca bine pentru ce am eu nevoie (net, muzica, o poza-doua uneori). Treaba e ca consumul de ram mi se pare exagerat, adica imi arata in jur de 75-81%, asta in cazul in care am 3-4 aplicatii deschise (facebook + messenger, mail, youtube si cam atat). E normal sa imi consume 75% din ram, avand in vedere ca telefonul are 1gb ?
  9. Dupa ce veti termina de citit acest tutorial veti cunoaste urmatoarele lucruti: Physical Memory Virtual memory Memory addressing (basics) Voi folosi cei mai simpli termeni ca fiecare sa inteleaga cum functioneaza Physical memory se refera la memoria fizica unde vin stocate datele Memoria fizica poate fi clasificata in 2 tipuri: Active memory Inactive Memory Physical Active memory (RAM) Aici vin stocate programele atunci cand vin executate.Termenul este folosit pentru a descrie cantitatea totala de memorie RAM instalata in calculator.(Se refera la memoria RAM).Poate fi paragonata cu un birou pe care se lucreaza cu diverse documente. Physical Inactive memory (hard drive) Aici vin stocate datele,termenul este folosit pentru a descrie accesarea datelor stocate in harddisk.Poate fi paragonat cu o biblioteca. Virtual memory Se refera la o arhitectura care este in grad sa simuleze un spatiu de memoriemai mare decat memoria Physical Active Memory (RAM).Presupunem ca vine definit un spatiu virtual cu adrese de la 1 la 10 .Acest spatiu poate fi folosit pentru a incarca programele atunci cand vin executate.Acum multi va veti intreba daca e o memorie virtuala unde stocheaza totusi datele.Ei bine aceasta memorie virtuala va stoca datele in RAM si in SWAP(care se afla pe har disk) Cum am mai spus memoria contine adrese unde pot fi stocate datele deoarece atunci cand se vor cere anumite date pentru a fi procesate de catre cpu trebuie sa stie de unde anume sa le scoata .Asadar pentru acest lucru vine impartita in diverse adrese.Adresele din memoria virtuala corespund la adresele de la memoria fizica(RAM) deoarece memoria virtuala este unul si acelasi lucru cu memoria fizica RAM doar ca numerele adreselor sunt diverse .Exemplu adresa 1 poate fi echivalenta la adresa 11 in RAM. In momentul in care un program va trebui sa stocheze o variabila in adresa 1 a memoriei virtuale aceasta adresa va fi tradusa in adresa 11 si variabila va fi stocata in RAM iar daca memoria RAM este plina va fi stocata in SWAP pana cand se va elibera spatiu in RAM.Sigurul lucru in legatura cu memoria virtuala pe care ar trebui sa il cunoasteti este ca este un spatiu virtual iar ceea ce vine stocat aici vine stocat in RAM sau in SWAP.Acest spatiu virtual se ocupa doar sa puna la dispozitie adrese de memorie cate programe care vor fi traduse si stocate in SWAP.Traducerea adreselor din memoria virtuala catre memoria fizica vine facuta prin MMU care este un component hardware.MMU traduce adresele virtuale in adrese fizice.MMU se ocupa de fiecare cerere de access la memorie de catre CPU. Memory addressing(basics) Note:voi defini cateva concepte basic deoarece in acest tutorial nu voi explica diversele tipuri de segmente (cei care au facut ASM sau C stiu la ce ma refer (ma voi referi la memory segmentation intrun alt tutorial unde voi explica conceptul de stack,heap,bss,text,data) Avem un executabil program1. Acest program cand vine executat va fi incarcat intro anumita memorie.Presupunem ca program1 are 5MB probabil va veti intreba cata memorie va ocupa acest program cand va fi executat.Program1 va ocupa 5MB de memorie + cata memorie a fost alocata in momentul in care a fost programat. Spre exemplu daca in program1 am stocat o variabila in memorie atunci cand va fi executat programul va ocupa 5mb + memoria variabilei declarate + alta memorie care a fost declarata chiar daca nu vine folosita. Unde va fi stocat acest program? In care memorie?Fiecare bucata din acest program va pleca la o anumita adresa a memoriei virtuale care va fi tradusa de catre MMU in adrese care corespund memoriei fizice RAM iar in cazul in care memoria fizica RAM este deja ocupata de catre alte programe acesta va fi stocat in swap asadar in momentul in care se va elibera memorie in RAM va trece in RAM. Cum arata o adresa de memorie? Vom crea cel mai simplu program posibil pentru a demonstra acest lucru #include <stdio.h> int main(void) { //Declar variabila var int var; //Stampez adresa in memorie a variabilei var printf ("Address of var is %p\n", &var); return 0; } o data executat acest program am obtinut urmatorul rezultat : Address of var is 0xbffff9ec Adresa variebilei acestui program este 0xbffff9ec care tradusa in decimal e 3221223916 In memorie adresa arata cam asa 10111111111111111111100111101100 Dupa cum vedeti eu am decis cum vreau sa fie stampata adresa variabilei var , daca careva prefera sa fie stampata intrun mod divers poate poate sa o faca Exemplu: #include <stdio.h> int main(void) { //Declar variabila var int var; //Stampez adresa in memorie a variabilei var in diverse moduri printf ("Address of var is %p\n", &var); //escaped hex C printf ("Address of var is %X\n", &var); //capital hex printf ("Address of var is %x\n", &var); //hex printf ("Address of var is %u\n", &var); //decimal return 0; } Output Address of var is 0xbffff9ec Address of var is BFFFF9EC Address of var is bffff9ec Address of var is 3221223916 Variabila var se gaseste in memoria virtuala la adresa 3221223916 intrun segment al memoriei chemat stack in acest caz (Memoria poate fi impartita in mai multe segmente dar cum am spus mai sus nu voi intra in detaliu)Nu toate variabilele se gasesc in stack . MMU va traduce adresa 3221223916 intro adresa fizica care este stocata in RAM.Daca memoria ram ar fi fost plina.MMU ar fi tradus adresa virtuala 3221223916 intro adresa fizica stocata in SWAP.Am creat o diagrama care explica unde si cum vine stocata memoria programelor care vin executate. Dupa cum vedeti in imagine memoria virtuala vine reprezentata doar de un tabel de adrese pe care MMU le va traduce in alte drese a memoriei fizice (RAM) sau (SWAP) in cazul in care RAM este ocupata. Daca aveti intrebari sunteti liberi sa le faceti ,in acest tutorial am folosit cat mai putini termeni informatici pentru a explica cum functioneaza memoria virtuala si memoria fizica, daca nu ati inteles ceva nu ezitati sa intrebati.
  10. Hard Disk-urile au fost folosite maxim 48 de ore, sunt originale IBM, capacitate 73,4 GB ambele, 15k RPM Memoriile ram DDR2 ECC, sunt 4 placute a cate 1 GB PC2-5300 Preturi: HDD-uri: 100 EUR/BUCATA RAM: 50EUR/placuta PACHET COMPLET: 350 EUR Cine este interesat contactati-ma prin MP
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