Kalkulator Subnet IPv4

Masukkan IP dengan prefix CIDR atau subnet mask, lalu lihat network, broadcast, rentang host, dan jumlah host-nya. Bisa juga membagi jaringan menjadi subnet yang lebih kecil.

Coba:192.168.1.10/24 10.0.0.0/8 172.16.5.4/20 203.0.113.9/29

Kalkulator IPv6 →

IP privat (RFC 1918)10.3.151.0/26

network10.3.151.0/26

broadcast10.3.151.63

host pertama10.3.151.1

host terakhir10.3.151.62

subnet mask255.255.255.192

wildcard0.0.0.63

jumlah alamat64

host terpakai62

kelasA

ipcalc 10.3.151.0/26

alamat00001010.00000011.10010111.00000000

subnet mask11111111.11111111.11111111.11000000

network00001010.00000011.10010111.00000000

broadcast00001010.00000011.10010111.00111111

hijau = bagian network, abu-abu = bagian host

heksadesimal0x0a039700

desimal168007424

reverse dns0.151.3.10.in-addr.arpa

ipv4-mapped::ffff:a03:9700

/26 dibagi menjadi /32 · 64 subnet

tutup ×

#	network	rentang host	broadcast
1	10.3.151.0/32	10.3.151.0 – 10.3.151.0	10.3.151.0
2	10.3.151.1/32	10.3.151.1 – 10.3.151.1	10.3.151.1
3	10.3.151.2/32	10.3.151.2 – 10.3.151.2	10.3.151.2
4	10.3.151.3/32	10.3.151.3 – 10.3.151.3	10.3.151.3
5	10.3.151.4/32	10.3.151.4 – 10.3.151.4	10.3.151.4
6	10.3.151.5/32	10.3.151.5 – 10.3.151.5	10.3.151.5
7	10.3.151.6/32	10.3.151.6 – 10.3.151.6	10.3.151.6
8	10.3.151.7/32	10.3.151.7 – 10.3.151.7	10.3.151.7
9	10.3.151.8/32	10.3.151.8 – 10.3.151.8	10.3.151.8
10	10.3.151.9/32	10.3.151.9 – 10.3.151.9	10.3.151.9
11	10.3.151.10/32	10.3.151.10 – 10.3.151.10	10.3.151.10
12	10.3.151.11/32	10.3.151.11 – 10.3.151.11	10.3.151.11
13	10.3.151.12/32	10.3.151.12 – 10.3.151.12	10.3.151.12
14	10.3.151.13/32	10.3.151.13 – 10.3.151.13	10.3.151.13
15	10.3.151.14/32	10.3.151.14 – 10.3.151.14	10.3.151.14
16	10.3.151.15/32	10.3.151.15 – 10.3.151.15	10.3.151.15
17	10.3.151.16/32	10.3.151.16 – 10.3.151.16	10.3.151.16
18	10.3.151.17/32	10.3.151.17 – 10.3.151.17	10.3.151.17
19	10.3.151.18/32	10.3.151.18 – 10.3.151.18	10.3.151.18
20	10.3.151.19/32	10.3.151.19 – 10.3.151.19	10.3.151.19
21	10.3.151.20/32	10.3.151.20 – 10.3.151.20	10.3.151.20
22	10.3.151.21/32	10.3.151.21 – 10.3.151.21	10.3.151.21
23	10.3.151.22/32	10.3.151.22 – 10.3.151.22	10.3.151.22
24	10.3.151.23/32	10.3.151.23 – 10.3.151.23	10.3.151.23
25	10.3.151.24/32	10.3.151.24 – 10.3.151.24	10.3.151.24
26	10.3.151.25/32	10.3.151.25 – 10.3.151.25	10.3.151.25
27	10.3.151.26/32	10.3.151.26 – 10.3.151.26	10.3.151.26
28	10.3.151.27/32	10.3.151.27 – 10.3.151.27	10.3.151.27
29	10.3.151.28/32	10.3.151.28 – 10.3.151.28	10.3.151.28
30	10.3.151.29/32	10.3.151.29 – 10.3.151.29	10.3.151.29
31	10.3.151.30/32	10.3.151.30 – 10.3.151.30	10.3.151.30
32	10.3.151.31/32	10.3.151.31 – 10.3.151.31	10.3.151.31
33	10.3.151.32/32	10.3.151.32 – 10.3.151.32	10.3.151.32
34	10.3.151.33/32	10.3.151.33 – 10.3.151.33	10.3.151.33
35	10.3.151.34/32	10.3.151.34 – 10.3.151.34	10.3.151.34
36	10.3.151.35/32	10.3.151.35 – 10.3.151.35	10.3.151.35
37	10.3.151.36/32	10.3.151.36 – 10.3.151.36	10.3.151.36
38	10.3.151.37/32	10.3.151.37 – 10.3.151.37	10.3.151.37
39	10.3.151.38/32	10.3.151.38 – 10.3.151.38	10.3.151.38
40	10.3.151.39/32	10.3.151.39 – 10.3.151.39	10.3.151.39
41	10.3.151.40/32	10.3.151.40 – 10.3.151.40	10.3.151.40
42	10.3.151.41/32	10.3.151.41 – 10.3.151.41	10.3.151.41
43	10.3.151.42/32	10.3.151.42 – 10.3.151.42	10.3.151.42
44	10.3.151.43/32	10.3.151.43 – 10.3.151.43	10.3.151.43
45	10.3.151.44/32	10.3.151.44 – 10.3.151.44	10.3.151.44
46	10.3.151.45/32	10.3.151.45 – 10.3.151.45	10.3.151.45
47	10.3.151.46/32	10.3.151.46 – 10.3.151.46	10.3.151.46
48	10.3.151.47/32	10.3.151.47 – 10.3.151.47	10.3.151.47
49	10.3.151.48/32	10.3.151.48 – 10.3.151.48	10.3.151.48
50	10.3.151.49/32	10.3.151.49 – 10.3.151.49	10.3.151.49
51	10.3.151.50/32	10.3.151.50 – 10.3.151.50	10.3.151.50
52	10.3.151.51/32	10.3.151.51 – 10.3.151.51	10.3.151.51
53	10.3.151.52/32	10.3.151.52 – 10.3.151.52	10.3.151.52
54	10.3.151.53/32	10.3.151.53 – 10.3.151.53	10.3.151.53
55	10.3.151.54/32	10.3.151.54 – 10.3.151.54	10.3.151.54
56	10.3.151.55/32	10.3.151.55 – 10.3.151.55	10.3.151.55
57	10.3.151.56/32	10.3.151.56 – 10.3.151.56	10.3.151.56
58	10.3.151.57/32	10.3.151.57 – 10.3.151.57	10.3.151.57
59	10.3.151.58/32	10.3.151.58 – 10.3.151.58	10.3.151.58
60	10.3.151.59/32	10.3.151.59 – 10.3.151.59	10.3.151.59
61	10.3.151.60/32	10.3.151.60 – 10.3.151.60	10.3.151.60
62	10.3.151.61/32	10.3.151.61 – 10.3.151.61	10.3.151.61
63	10.3.151.62/32	10.3.151.62 – 10.3.151.62	10.3.151.62
64	10.3.151.63/32	10.3.151.63 – 10.3.151.63	10.3.151.63

01 / tabel

Tabel prefix CIDR IPv4.

Klik prefix yang lebih panjang dari jaringan Anda untuk membaginya menjadi subnet.

prefix	subnet mask	alamat	host	di /26 Anda
/0	0.0.0.0	4.294.967.296	4.294.967.294	-
/1	128.0.0.0	2.147.483.648	2.147.483.646	-
/2	192.0.0.0	1.073.741.824	1.073.741.822	-
/3	224.0.0.0	536.870.912	536.870.910	-
/4	240.0.0.0	268.435.456	268.435.454	-
/5	248.0.0.0	134.217.728	134.217.726	-
/6	252.0.0.0	67.108.864	67.108.862	-
/7	254.0.0.0	33.554.432	33.554.430	-
/8	255.0.0.0	16.777.216	16.777.214	-
/9	255.128.0.0	8.388.608	8.388.606	-
/10	255.192.0.0	4.194.304	4.194.302	-
/11	255.224.0.0	2.097.152	2.097.150	-
/12	255.240.0.0	1.048.576	1.048.574	-
/13	255.248.0.0	524.288	524.286	-
/14	255.252.0.0	262.144	262.142	-
/15	255.254.0.0	131.072	131.070	-
/16	255.255.0.0	65.536	65.534	-
/17	255.255.128.0	32.768	32.766	-
/18	255.255.192.0	16.384	16.382	-
/19	255.255.224.0	8.192	8.190	-
/20	255.255.240.0	4.096	4.094	-
/21	255.255.248.0	2.048	2.046	-
/22	255.255.252.0	1.024	1.022	-
/23	255.255.254.0	512	510	-
/24	255.255.255.0	256	254	-
/25	255.255.255.128	128	126	-
/26	255.255.255.192	64	62	1
/27	255.255.255.224	32	30	2 bagi →
/28	255.255.255.240	16	14	4 bagi →
/29	255.255.255.248	8	6	8 bagi →
/30	255.255.255.252	4	2	16 bagi →
/31	255.255.255.254	2	2	32 bagi →
/32	255.255.255.255	1	1	64 bagi →

02 / tanya jawab

Seputar kalkulator ini.

Bagaimana cara memakai kalkulator subnet ini?

▼

Ketik alamat IP diikuti prefix, misalnya 192.168.1.10/24, atau diikuti subnet mask, misalnya 192.168.1.10 255.255.255.0. Tanpa prefix, kalkulator memakai /24. Klik salah satu baris di tabel untuk membagi jaringan menjadi subnet yang lebih kecil.

Kenapa jumlah host yang bisa dipakai selalu dikurangi 2?

▼

Alamat pertama dalam subnet adalah alamat network dan alamat terakhir adalah alamat broadcast, sehingga keduanya tidak bisa diberikan ke perangkat. Pengecualiannya /31 (link point-to-point, RFC 3021) dan /32 (satu alamat), yang memakai semua alamatnya.

Bisakah dipakai dari terminal?

▼

Bisa. curl 'ipku.in/alat/kalkulator-subnet-ipv4?q=192.168.1.10/24' menghasilkan hasil perhitungan dalam teks biasa.

Pelajari cara menghitungnya →