Kurzinfo: Inter-Tech IM-2 Expander - Micro Tower - micro ATX - keine Spannungsversorgung (ATX12V / SFX12V) - USB/Audio Gruppe Systemgehäuse Hersteller Inter-Tech Elektronik Handels GmbH Hersteller Art. Nr. 88881368 EAN/UPC 4260455648523 Produktbeschreibung: Inter-Tech IM-2 Expander - Micro Tower - micro ATX Produkttyp Systemschrank Formfaktor Micro Tower E/A-Anschlüsse 2 x USB 3.0 1 x USB-C 3.2 Gen 2 1 x Kopfhörer/Mikrofon Unterstützte Motherboards microATX, Mini-ITX Systemgehäuse-Merkmale Grafikkartenhalter Stromversorgungsgerät Keine Spannungsversorgung (ATX12V / SFX12V) Abmessungen (Breite x Tiefe x Höhe) 20.5 cm x 41.2 cm x 36.3 cm Gewicht 5.85 kg Ausführliche Details Allgemein Formfaktor Micro Tower Max. Mainboard-Größe Micro ATX Unterstützte Motherboards microATX, Mini-ITX Anzahl interner Einbauschächte 6 Kühlsystem Unten: 120 mm Lüfterhalterung x 3 Unten: 140 mm Lüfterhalterung x 2 Unten: 120/140 mm Lüfterhalterung x 2 Oberseite: 120 mm Lüfterhalterung x 3 Oberseite: 140 mm Lüfterhalterung
Weee-Nr.: 54978142
The IM-2 Expander (black) from Inter-tech Elektronik Handels is a practical expansion module designed to increase the connectivity and flexibility of compatible PC systems. With its compact form factor and clean black design, it integrates seamlessly into modern computer builds. The expander is aimed at users who need to add additional internal connections or ports to their system without replacing existing components.
From a technical perspective, the IM-2 Expander offers additional interface capacity for supported mainboards or controller cards, for example to connect more drives or internal devices, depending on the exact system configuration it is used with. It is designed for stable, continuous operation in desktop PC environments and is built to be easy to integrate into standard cases. The black finish allows it to visually match common black or dark PC components, helping maintain a uniform system look.
Typical applications include upgrading or expanding work PCs, home office systems, or hobbyist builds where extra internal connectivity is required. System integrators and technically inclined private users can use the IM-2 Expander to extend the useful life of existing hardware platforms instead of buying a completely new system. This can be particularly attractive when, for example, additional storage or internal peripheral connections are needed after the initial system purchase.
A central advantage of the IM-2 Expander is the cost-effective expansion of existing systems. Rather than replacing a motherboard or investing in a new PC, the expander enables targeted, modular upgrades. This helps to preserve existing resources and avoid unnecessary electronic waste. The simple installation and the clear integration into common PC configurations make it attractive for both experienced users and technically interested beginners, provided they follow the standard PC installation guidelines.
Inter-tech Elektronik Handels is known as a supplier and distributor of PC components and accessories with a focus on practical, price-conscious solutions. The company's product portfolio typically includes cases, power supplies, cooling solutions and accessories that are designed to offer a good balance between functionality and affordability. While specific sustainability measures for this exact product are not documented, many PC component providers, including Inter-tech, increasingly focus on efficient logistics, long product availability and modular upgrade concepts that support longer hardware life cycles.
By choosing an expansion product like the IM-2 Expander, customers can help extend the service life of their existing systems and thereby reduce the need for complete hardware replacements. Even without explicit product-level eco-certifications, this approach supports more responsible resource use: fewer discarded systems, more targeted upgrades, and a more sustainable way of handling computer hardware. Customers thus not only benefit from technical flexibility and cost savings, but also contribute in a meaningful way to reducing electronic waste through the conscious decision to upgrade rather than fully replace.