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The Asus Prime N100I-D D4 motherboard is aimed at users seeking a basic and economical solution for building a computer. This motherboard offers essential functions and features, making it suitable for users who do not require high performance or more complex functions. It is a good choice for general use, education, office, and other daily tasks.
Ultra-fast connectivity: M.2, rear USB 3.2 Gen 2, front USB 3.2 Gen 1, and 1Gb Ethernet.
Comprehensive cooling: CPU heatsink
Enhanced serviceability: COM debug header to facilitate manufacturing and support processes
CPU Cooling and Thermal Pad
The CPU heatsink and thermal pad improve heat transfer from the CPU for better cooling performance.
PWM/DC 4-pin Fan
The chassis fan header supports automatic detection of PWM or DC fans.
DDR4 Support
Improvements in trace routing design provide the latest Intel processors with enhanced access to memory bandwidth. ASUS technology carefully maps memory signal paths across different layers of the board to reduce trace distance and adds shielding zones that significantly reduce crosstalk.
M.2 (up to 16 Gbps)
The Prime N100I-D D4 offers an M.2 slot that supports data transfer speeds of 16 Gbps through x 2 PCIe 3.0 bandwidth, allowing for faster boot and application load times with operating system or application drives.
USB 3.2 Gen 2 ports
The numerous USB ports support high-spec equipment loaded with peripherals, including USB Type-A ports on the back with fast USB 3.2 Gen 2 for transfer speeds of up to 10 Gbps.
M.2 Slot (Key E)
The Prime N100I-D D4 motherboard features an M.2 slot (key E) that can support 2230 type Wi-Fi/BT and Intel CNVi (Integrated Wi-Fi/BT) module.
Stainless steel back panel
The corrosion-resistant stainless steel rear I/O panels, bonded with chromium oxide, have a lifespan three times longer than conventional panels.
Overvoltage Protection
An exclusive circuit design with integrated voltage regulators to protect the chipset, connectivity ports, and audio codecs from damage caused by unexpected high-level voltages from unstable or inferior power supplies.
LANGuard
ASUS LANGuard is the hardware-level networking protection that uses signal coupling technology and high-quality surface-mounted capacitors against electromagnetic interference, ensuring more reliable connection and better performance, as well as electrostatically protected and surge-protected components for greater tolerance to static electricity and improved surge protection.
ESD Guards
Asus ESD Guards prevent damage from electrostatic discharge, up to +/- 10kV for air discharge and +/-6kV for contact discharge, placed in an active protective circuit that extends the lifespan of components.
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.
Not to jinx it, but Proxmox has been running non-stop for 2 years with heavy use and many VMs. Really no issues. There is no better choice for a low power server. Get the -D D4 if you can, which is supposedly tested for "enterprise" use.
Να μην το ματιάξω αλλά τρέχει ασταμάτητα 2 χρόνια Proxmox με βαριά χρήση και πολλά VMs. Κανένα θέμα πραγματικά. Δεν υπάρχει καλύτερη επιλογή για low power server. Πάρτε το -D D4 αν μπορείτε που υποτίθεται είναι για "enterprise" χρήση ελεγμένο.
I was looking for something with the lowest possible power consumption to set up a homelab server that could also run Proxmox with a few VMs, so going for a Raspberry Pi was simply a no go. In the end, I settled on a solution with the Intel N100 and my choice was between the Asus Prime N100I-D D4 and the ASRock N100DC-ITX. I chose the Asus because, unlike the ASRock which is powered via a DC jack, this one can be powered with a standard ATX power supply. Yes, it is true that it only has one SATA port but this is easily fixed by using an M.2 to SATA adapter in the WiFi slot, which would otherwise remain unused. And unlike the ASRock, where the drives receive power from a header on the motherboard due to the limitation of DC jack power, here it is not a problem because I can power as many drives as I want directly from the power supply. My server has been running 24/7 for a year now, and so far I have not encountered any problems at all.
Έψαχνα για κάτι με όσο πιο χαμηλή κατανάλωση γίνεται για στήσιμο homelab server το οποίο όμως να μπορεί να σηκώσει και Proxmox με μερικά VMs, οπότε το να πάω σε Raspberry Pi ήταν απλά no go. Τελικά, κατέληξα σε μία λύση με Intel N100 και η επιλογή μου ήταν ανάμεσα στην Asus Prime N100I-D D4 και την ASRock N100DC-ITX. Επέλεξα την Asus γιατί σε αντίθεση με την ASRock που δέχεται τροφοδοσία μέσω DC jack, αυτή μπορώ να την τροφοδοτήσω με ένα στάνταρ ATX τροφοδοτικό. Ναι, ισχύει ότι διαθέτει μόνο μία θύρα SATA αλλά αυτό διορθώνεται εύκολα με τη χρήση ενός Μ.2 το SATA adapter στη θύρα WiFi η οποία έτσι και αλλιώς θα έμενε ανεκμετάλλευτη. Και σε αντίθεση με την ASRock που οι δίσκοι λαμβάνουν τροφοδοσία από ένα header στη μητρική καθώς έχεις τον περιορισμό της τροφοδοσία μέσω DC jack, εδώ δεν είναι πρόβλημα λόγο του ότι μπορώ να τροφοδοτήσω όσους δίσκους θέλω απευθείας από το τροφοδοτικό. Ο server μου τρέχει 24/7 εδώ και ένα χρόνο, και ως τώρα δεν έχω αντιμετωπίσει κανένα απολύτως πρόβλημα.
Not to jinx it, but Proxmox has been running non-stop for 2 years with heavy use and many VMs. Really no issues. There is no better choice for a low power server. Get the -D D4 if you can, which is supposedly tested for "enterprise" use.
Να μην το ματιάξω αλλά τρέχει ασταμάτητα 2 χρόνια Proxmox με βαριά χρήση και πολλά VMs. Κανένα θέμα πραγματικά. Δεν υπάρχει καλύτερη επιλογή για low power server. Πάρτε το -D D4 αν μπορείτε που υποτίθεται είναι για "enterprise" χρήση ελεγμένο.
I was looking for something with the lowest possible power consumption to set up a homelab server that could also run Proxmox with a few VMs, so going for a Raspberry Pi was simply a no go. In the end, I settled on a solution with the Intel N100 and my choice was between the Asus Prime N100I-D D4 and the ASRock N100DC-ITX. I chose the Asus because, unlike the ASRock which is powered via a DC jack, this one can be powered with a standard ATX power supply. Yes, it is true that it only has one SATA port but this is easily fixed by using an M.2 to SATA adapter in the WiFi slot, which would otherwise remain unused. And unlike the ASRock, where the drives receive power from a header on the motherboard due to the limitation of DC jack power, here it is not a problem because I can power as many drives as I want directly from the power supply. My server has been running 24/7 for a year now, and so far I have not encountered any problems at all.
Έψαχνα για κάτι με όσο πιο χαμηλή κατανάλωση γίνεται για στήσιμο homelab server το οποίο όμως να μπορεί να σηκώσει και Proxmox με μερικά VMs, οπότε το να πάω σε Raspberry Pi ήταν απλά no go. Τελικά, κατέληξα σε μία λύση με Intel N100 και η επιλογή μου ήταν ανάμεσα στην Asus Prime N100I-D D4 και την ASRock N100DC-ITX. Επέλεξα την Asus γιατί σε αντίθεση με την ASRock που δέχεται τροφοδοσία μέσω DC jack, αυτή μπορώ να την τροφοδοτήσω με ένα στάνταρ ATX τροφοδοτικό. Ναι, ισχύει ότι διαθέτει μόνο μία θύρα SATA αλλά αυτό διορθώνεται εύκολα με τη χρήση ενός Μ.2 το SATA adapter στη θύρα WiFi η οποία έτσι και αλλιώς θα έμενε ανεκμετάλλευτη. Και σε αντίθεση με την ASRock που οι δίσκοι λαμβάνουν τροφοδοσία από ένα header στη μητρική καθώς έχεις τον περιορισμό της τροφοδοσία μέσω DC jack, εδώ δεν είναι πρόβλημα λόγο του ότι μπορώ να τροφοδοτήσω όσους δίσκους θέλω απευθείας από το τροφοδοτικό. Ο server μου τρέχει 24/7 εδώ και ένα χρόνο, και ως τώρα δεν έχω αντιμετωπίσει κανένα απολύτως πρόβλημα.
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.
Description
The Asus Prime N100I-D D4 motherboard is aimed at users seeking a basic and economical solution for building a computer. This motherboard offers essential functions and features, making it suitable for users who do not require high performance or more complex functions. It is a good choice for general use, education, office, and other daily tasks.
Ultra-fast connectivity: M.2, rear USB 3.2 Gen 2, front USB 3.2 Gen 1, and 1Gb Ethernet.
Comprehensive cooling: CPU heatsink
Enhanced serviceability: COM debug header to facilitate manufacturing and support processes
CPU Cooling and Thermal Pad
The CPU heatsink and thermal pad improve heat transfer from the CPU for better cooling performance.
PWM/DC 4-pin Fan
The chassis fan header supports automatic detection of PWM or DC fans.
DDR4 Support
Improvements in trace routing design provide the latest Intel processors with enhanced access to memory bandwidth. ASUS technology carefully maps memory signal paths across different layers of the board to reduce trace distance and adds shielding zones that significantly reduce crosstalk.
M.2 (up to 16 Gbps)
The Prime N100I-D D4 offers an M.2 slot that supports data transfer speeds of 16 Gbps through x 2 PCIe 3.0 bandwidth, allowing for faster boot and application load times with operating system or application drives.
USB 3.2 Gen 2 ports
The numerous USB ports support high-spec equipment loaded with peripherals, including USB Type-A ports on the back with fast USB 3.2 Gen 2 for transfer speeds of up to 10 Gbps.
M.2 Slot (Key E)
The Prime N100I-D D4 motherboard features an M.2 slot (key E) that can support 2230 type Wi-Fi/BT and Intel CNVi (Integrated Wi-Fi/BT) module.
Stainless steel back panel
The corrosion-resistant stainless steel rear I/O panels, bonded with chromium oxide, have a lifespan three times longer than conventional panels.
Overvoltage Protection
An exclusive circuit design with integrated voltage regulators to protect the chipset, connectivity ports, and audio codecs from damage caused by unexpected high-level voltages from unstable or inferior power supplies.
LANGuard
ASUS LANGuard is the hardware-level networking protection that uses signal coupling technology and high-quality surface-mounted capacitors against electromagnetic interference, ensuring more reliable connection and better performance, as well as electrostatically protected and surge-protected components for greater tolerance to static electricity and improved surge protection.
ESD Guards
Asus ESD Guards prevent damage from electrostatic discharge, up to +/- 10kV for air discharge and +/-6kV for contact discharge, placed in an active protective circuit that extends the lifespan of components.
Not to jinx it, but Proxmox has been running non-stop for 2 years with heavy use and many VMs. Really no issues. There is no better choice for a low power server. Get the -D D4 if you can, which is supposedly tested for "enterprise" use.
Να μην το ματιάξω αλλά τρέχει ασταμάτητα 2 χρόνια Proxmox με βαριά χρήση και πολλά VMs. Κανένα θέμα πραγματικά. Δεν υπάρχει καλύτερη επιλογή για low power server. Πάρτε το -D D4 αν μπορείτε που υποτίθεται είναι για "enterprise" χρήση ελεγμένο.
I was looking for something with the lowest possible power consumption to set up a homelab server that could also run Proxmox with a few VMs, so going for a Raspberry Pi was simply a no go. In the end, I settled on a solution with the Intel N100 and my choice was between the Asus Prime N100I-D D4 and the ASRock N100DC-ITX. I chose the Asus because, unlike the ASRock which is powered via a DC jack, this one can be powered with a standard ATX power supply. Yes, it is true that it only has one SATA port but this is easily fixed by using an M.2 to SATA adapter in the WiFi slot, which would otherwise remain unused. And unlike the ASRock, where the drives receive power from a header on the motherboard due to the limitation of DC jack power, here it is not a problem because I can power as many drives as I want directly from the power supply. My server has been running 24/7 for a year now, and so far I have not encountered any problems at all.
Έψαχνα για κάτι με όσο πιο χαμηλή κατανάλωση γίνεται για στήσιμο homelab server το οποίο όμως να μπορεί να σηκώσει και Proxmox με μερικά VMs, οπότε το να πάω σε Raspberry Pi ήταν απλά no go. Τελικά, κατέληξα σε μία λύση με Intel N100 και η επιλογή μου ήταν ανάμεσα στην Asus Prime N100I-D D4 και την ASRock N100DC-ITX. Επέλεξα την Asus γιατί σε αντίθεση με την ASRock που δέχεται τροφοδοσία μέσω DC jack, αυτή μπορώ να την τροφοδοτήσω με ένα στάνταρ ATX τροφοδοτικό. Ναι, ισχύει ότι διαθέτει μόνο μία θύρα SATA αλλά αυτό διορθώνεται εύκολα με τη χρήση ενός Μ.2 το SATA adapter στη θύρα WiFi η οποία έτσι και αλλιώς θα έμενε ανεκμετάλλευτη. Και σε αντίθεση με την ASRock που οι δίσκοι λαμβάνουν τροφοδοσία από ένα header στη μητρική καθώς έχεις τον περιορισμό της τροφοδοσία μέσω DC jack, εδώ δεν είναι πρόβλημα λόγο του ότι μπορώ να τροφοδοτήσω όσους δίσκους θέλω απευθείας από το τροφοδοτικό. Ο server μου τρέχει 24/7 εδώ και ένα χρόνο, και ως τώρα δεν έχω αντιμετωπίσει κανένα απολύτως πρόβλημα.
Not to jinx it, but Proxmox has been running non-stop for 2 years with heavy use and many VMs. Really no issues. There is no better choice for a low power server. Get the -D D4 if you can, which is supposedly tested for "enterprise" use.
Να μην το ματιάξω αλλά τρέχει ασταμάτητα 2 χρόνια Proxmox με βαριά χρήση και πολλά VMs. Κανένα θέμα πραγματικά. Δεν υπάρχει καλύτερη επιλογή για low power server. Πάρτε το -D D4 αν μπορείτε που υποτίθεται είναι για "enterprise" χρήση ελεγμένο.
I was looking for something with the lowest possible power consumption to set up a homelab server that could also run Proxmox with a few VMs, so going for a Raspberry Pi was simply a no go. In the end, I settled on a solution with the Intel N100 and my choice was between the Asus Prime N100I-D D4 and the ASRock N100DC-ITX. I chose the Asus because, unlike the ASRock which is powered via a DC jack, this one can be powered with a standard ATX power supply. Yes, it is true that it only has one SATA port but this is easily fixed by using an M.2 to SATA adapter in the WiFi slot, which would otherwise remain unused. And unlike the ASRock, where the drives receive power from a header on the motherboard due to the limitation of DC jack power, here it is not a problem because I can power as many drives as I want directly from the power supply. My server has been running 24/7 for a year now, and so far I have not encountered any problems at all.
Έψαχνα για κάτι με όσο πιο χαμηλή κατανάλωση γίνεται για στήσιμο homelab server το οποίο όμως να μπορεί να σηκώσει και Proxmox με μερικά VMs, οπότε το να πάω σε Raspberry Pi ήταν απλά no go. Τελικά, κατέληξα σε μία λύση με Intel N100 και η επιλογή μου ήταν ανάμεσα στην Asus Prime N100I-D D4 και την ASRock N100DC-ITX. Επέλεξα την Asus γιατί σε αντίθεση με την ASRock που δέχεται τροφοδοσία μέσω DC jack, αυτή μπορώ να την τροφοδοτήσω με ένα στάνταρ ATX τροφοδοτικό. Ναι, ισχύει ότι διαθέτει μόνο μία θύρα SATA αλλά αυτό διορθώνεται εύκολα με τη χρήση ενός Μ.2 το SATA adapter στη θύρα WiFi η οποία έτσι και αλλιώς θα έμενε ανεκμετάλλευτη. Και σε αντίθεση με την ASRock που οι δίσκοι λαμβάνουν τροφοδοσία από ένα header στη μητρική καθώς έχεις τον περιορισμό της τροφοδοσία μέσω DC jack, εδώ δεν είναι πρόβλημα λόγο του ότι μπορώ να τροφοδοτήσω όσους δίσκους θέλω απευθείας από το τροφοδοτικό. Ο server μου τρέχει 24/7 εδώ και ένα χρόνο, και ως τώρα δεν έχω αντιμετωπίσει κανένα απολύτως πρόβλημα.
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