Aplicatii specifice

Instalare/reinstalare aplicatii default(Office, PDF reader) 11 Solutii

Instalare/Reinstalare aplicatii predefinite (ex. Office, PDF reader) 44 Solutii

Instalare/reinstalare aplicatii la cererea clientului 26 Solutii

Instalare/Dezinstalare aplicatii cerute de client (Viewer .p7m - caiet de sarcini, Autocad) 23 Solutii

Configurare browser 143 Solutii

Configurare program 2368 Solutii

Depanare Office 72 Solutii

Depanare alte aplicatii 40 Solutii

Cum pornesti PC-ul de la distanta (in afara LAN-ului) prin Port Forwarding si WOL Magic Packets

Inainte de toate, trebuie sa verificam unele setari de la placa de retea si din bios. Placa de retea trebuie sa suporte Wake on Lan, majoritatea placilor de retea integrate pe placa de baza suporta Wake On Lan, placile de retea pe pci nu prea suporta asa ceva din cauza nivelului scazut de optiuni (datorita reducerii costurilor).

Wake On Lan este o problema pentru conexiunile cu IP static, dar problemele intervin atunci cand vorbim de IP-uri dinamice. Problema cu IP-ul dinamic este ca atunci cand opresti computerul conexiunea se pierde, dar am gasit o rezolvare la aceasta problema prin folosirea unui router impreuna cu un subdomeniu de la DynDns.

Multe routere au suport pentru Dynamic Dns, adica sunt capabile sa updateze IP-ul si sa-l trimita serverului DynDns de cate ori acesta se schimba, astfel nu mai trebuie sa ducem grija IP-ului dinamic. In afara de asta avem avantajul unui domeniu gratuit de genul : “nume.homeip.net” unde, in loc de “nume”, puteti trece orice va trece prin minte.

Dupa ce ati rezolvat-o cu setarile din router de la rubrica Dynamic Dns trebuie sa faceti un Virtual Server sau Port Forwarding pentru Ip-ul computerului pe care dorim sa-l trezim, chiar daca avem doar un singur PC tot trebuie facut Port Forwarding pentru portul “9” pe protocolul “UDP”. IP-ul pentru care trebuie facut Virtual Server (port forwarding) trebuie sa arate cam asa: 192.168……

Aplicatia pe care o vom folosi este foarte simplu de folosit, pur si simplu o instalam si o lansam, trebuie sa stim IP-ul computerului pe care vrem sa-l trezim si MAC-ul placii de retea, in cazul celor cu IP dinamic va trebuie Domeniul creat prin DynDns si deasemenea, MAC-ul placii de retea dupa care apasam pe butonul SEND.

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Cursor not working in certain areas of the screen in fullscreen applications

After making certain types of changes (such as resolution changes that involve a prompt from Windows to correct the scaling factor) we will notice that a Windows restart is necessary to fix the cursor’s behaviour. Even in fullscreen applications, when it leaves a certain perimeter, it loses focus and becomes unusable until it returns to said perimeter. The behavior is due to bugs in the procedure for completely returning the OS to the scaling factor in use before applying the changes.

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Asteptari asupra numarului de PCI Express lanes raportat la porturile populate pe placile de baza AMD/Intel X64 cu chipseturi din clasa consumer

Dorim sa evitam reducerea semnificativa a performantelor datorate utilizarii necorespunzatoare a latimii de banda disponibile pe porturile PCI Express de pe placile de baza cu chipseturi din gama consumer (non-enterprise)  – in acest scop este esential sa verificam impartirea lane-urilor PCI-Express la fiecare placa de baza in parte.

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Raspberry Pi 5 16GB

So much power, and now with the RAM to back it up, but the price makes this a considered purchase for all but the most die-hard fans.

You may have just glanced over the price, so let’s make this clear. Yes, this is a Raspberry Pi 5 with 16GB of RAM for $120 (£115). That is $40 more than the 8GB model. There is no other difference between the models. We get the same CPU and we can use the same peripherals and accessories.

The Raspberry Pi 5 16GB is exactly the same as previous models of Pi 5. The same accessories and cases will work, and you can still overclock the CPU to get a free boost of speed. The only difference, from a user perspective, between the Raspberry Pi 5’s is the amount of RAM. In fact, you can spot the difference between lower specced Raspberry Pi 5s quite easily. Raspberry Pi has chosen to highlight the fact in the silkscreen. The “table” previously used to identify the RAM is gone, but the resistor used to identify is still present.

Under the hood though, the Raspberry Pi 5 16GB uses the same, lower-cost, D0 stepping as the Raspberry Pi 5 2GB, and this means that the 2 and 16GB models have more in common than the earlier models. The D0 stepping (BCM2712D0) removed “all the non-Raspberry Pi specific logic from the chip” according to Raspberry Pi co-founder Eben Upton, while leaving it functionally identical to the previous.

To really see what the difference is, you would need to de-lid the chip.The “dark silicon” is essentially the unused part of the chip, and the removal of non-Raspberry Pi specific logic means that there is a 33% reduction in die space. What was taken out? On the Raspberry Pi 2GB it was the Ethernet and USB logic, with both features being moved to the RP1 “Southbridge” chip.

If you have already invested in Raspberry Pi 5 AI HATs, NVMe storage, cases and cooling, then you can easily use them with the Raspberry Pi 5 16GB. The GPIO pinout, port locations and chip locations are all the same, and compatible with your add-ons.

More RAM is always better. Your machine has more space to swap data with the CPU, and you can run more applications, or heavier applications without bottlenecks. A 16GB Raspberry Pi 5, with its quad-core 2.4GHz CPU means that we have a true Raspberry Pi desktop. Throw in an NVMe drive and perhaps a little overclock, and your Raspberry Pi 5 16GB would be a viable desktop alternative.

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